2020
PrepSpec fits to SDSS-RM spectra
Model: A=Avg C=Continuum B=BLR
Calibrations: F=Flux W=Wavelength S=Seeing
000 RM_776 z = 0.1160
z(Shen) = 0.1164 = 107 km/s
S/N: 3220 300 3600 416 5100 431 5460 435 7000 427 9260 140
NLR/BLR: 900 6220 km/s
S/N: blr 54 ha 133 hb 107 he2_4686 66 o1_8446 13 p0 37
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c3220.
c3600.
c5100.
c5460.
c7000.
c9260.
blr.
chi-bias.
ha.
hb.
he2_4686.
o1_8446.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
o1_8446.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c3220.
c3600.
c5100.
c5460.
c7000.
c9260.
blr.
ha.
hb.
he2_4686.
o1_8446.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
001 RM_779 z = 0.1520
z(Shen) = 0.1523 = 70 km/s
S/N: 3120 161 3600 237 5100 211 5290 211 7000 222 8970 56
NLR/BLR: 900 5210 km/s
S/N: blr 26 ha 104 hb 56 he2_4686 43 o1_8446 13 p0 36
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c3120.
c3600.
c5100.
c5290.
c7000.
c8970.
blr.
chi-bias.
ha.
hb.
he2_4686.
o1_8446.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
o1_8446.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c3120.
c3600.
c5100.
c5290.
c7000.
c8970.
blr.
ha.
hb.
he2_4686.
o1_8446.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
002 RM_766 z = 0.1650
z(Shen) = 0.1647 = -87 km/s
S/N: 3080 270 3600 384 5100 378 5230 382 7000 375 8880 116
NLR/BLR: 900 3540 km/s
S/N: blr 37 ha 60 hb 75 he2_4686 67 o1_8446 19 p0 34
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c3080.
c3600.
c5100.
c5230.
c7000.
c8880.
blr.
chi-bias.
ha.
hb.
he2_4686.
o1_8446.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
o1_8446.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c3080.
c3600.
c5100.
c5230.
c7000.
c8880.
blr.
ha.
hb.
he2_4686.
o1_8446.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
003 RM_775 z = 0.1720
z(Shen) = 0.1730 = 258 km/s
S/N: 3060 246 3600 331 5100 260 5190 258 7000 245 8810 67
NLR/BLR: 900 5690 km/s
S/N: blr 14 ha 108 hb 82 he2_4686 52 o1_8446 15 p0 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c3060.
c3600.
c5100.
c5190.
c7000.
c8810.
blr.
chi-bias.
ha.
hb.
he2_4686.
o1_8446.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
o1_8446.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c3060.
c3600.
c5100.
c5190.
c7000.
c8810.
blr.
ha.
hb.
he2_4686.
o1_8446.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
004 RM_769 z = 0.1870
z(Shen) = 0.1872 = 53 km/s
S/N: 3020 151 3600 236 5100 223 5130 223 7000 214 8710 94
NLR/BLR: 900 7050 km/s
S/N: blr 25 ha 90 hb 50 he2_4686 30 p0 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c3020.
c3600.
c5100.
c5130.
c7000.
c8710.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c3020.
c3600.
c5100.
c5130.
c7000.
c8710.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
005 RM_126 z = 0.1920
z(Shen) = 0.1923 = 83 km/s
S/N: 3010 105 3600 238 5100 228 5110 228 7000 220 8670 76
NLR/BLR: 900 3320 km/s
S/N: blr 16 ha 57 hb 36 he2_4686 20 o1_8446 -1.2 p0 53
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c3010.
c3600.
c5100.
c5110.
c7000.
c8670.
blr.
chi-bias.
ha.
hb.
he2_4686.
o1_8446.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
o1_8446.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c3010.
c3600.
c5100.
c5110.
c7000.
c8670.
blr.
ha.
hb.
he2_4686.
o1_8446.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
006 RM_184 z = 0.1930
z(Shen) = 0.1934 = 93 km/s
S/N: 3010 333 3600 567 5100 523 5110 523 7000 419 8660 98
NLR/BLR: 900 3470 km/s
S/N: blr 29 ha 66 hb 53 he2_4686 62 p0 64
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c3010.
c3600.
c5100.
c5110.
c7000.
c8660.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c3010.
c3600.
c5100.
c5110.
c7000.
c8660.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
007 RM_846 z = 0.2280
z(Shen) = 0.2284 = 105 km/s
S/N: 2920 39 3000 43 3600 75 4960 72 5100 71 7000 71 8420 37
NLR/BLR: 900 5260 km/s
S/N: blr -6.8 ha 12 hb 15 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2920.
c3000.
c3600.
c4960.
c5100.
c7000.
c8420.
blr.
chi-bias.
ha.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2920.
c3000.
c3600.
c4960.
c5100.
c7000.
c8420.
blr.
ha.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
008 RM_085 z = 0.2370
z(Shen) = 0.2381 = 276 km/s
S/N: 2900 228 3000 269 3600 446 4920 406 5100 398 7000 341 8350 99
NLR/BLR: 900 15000 km/s
S/N: blr 5.3 ha 143 hb 55 p0 31
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2900.
c3000.
c3600.
c4920.
c5100.
c7000.
c8350.
blr.
chi-bias.
ha.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2900.
c3000.
c3600.
c4920.
c5100.
c7000.
c8350.
blr.
ha.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
009 RM_790 z = 0.2370
z(Shen) = 0.2378 = 199 km/s
S/N: 2900 163 3000 179 3600 244 4920 200 5100 195 7000 188 8350 90
NLR/BLR: 900 12630 km/s
S/N: blr 20 ha 84 hb 52 p0 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2900.
c3000.
c3600.
c4920.
c5100.
c7000.
c8350.
blr.
chi-bias.
ha.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2900.
c3000.
c3600.
c4920.
c5100.
c7000.
c8350.
blr.
ha.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
010 RM_797 z = 0.2420
z(Shen) = 0.2426 = 147 km/s
S/N: 2890 72 3000 84 3600 158 4900 103 5100 98 7000 106 8320 53
NLR/BLR: 900 3060 km/s
S/N: blr 11 ha 25 hb 26 p0 25
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2890.
c3000.
c3600.
c4900.
c5100.
c7000.
c8320.
blr.
chi-bias.
ha.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2890.
c3000.
c3600.
c4900.
c5100.
c7000.
c8320.
blr.
ha.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
011 RM_840 z = 0.2440
z(Shen) = 0.2439 = -19 km/s
S/N: 2890 212 3000 234 3600 294 4900 267 5100 262 7000 218 8310 73
NLR/BLR: 900 13520 km/s
S/N: blr 43 ha 138 hb 76 p0 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2890.
c3000.
c3600.
c4900.
c5100.
c7000.
c8310.
blr.
chi-bias.
ha.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2890.
c3000.
c3600.
c4900.
c5100.
c7000.
c8310.
blr.
ha.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
012 RM_772 z = 0.2490
z(Shen) = 0.2491 = 34 km/s
S/N: 2870 206 3000 240 3600 327 4870 243 5100 233 7000 190 8280 53
NLR/BLR: 900 5410 km/s
S/N: blr 54 ha 88 hb 88 he2_4686 45 p0 31
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2870.
c3000.
c3600.
c4870.
c5100.
c7000.
c8280.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2870.
c3000.
c3600.
c4870.
c5100.
c7000.
c8280.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
013 RM_768 z = 0.2580
z(Shen) = 0.2587 = 164 km/s
S/N: 2850 211 3000 242 3600 304 4840 275 5100 267 7000 240 8210 85
NLR/BLR: 900 12720 km/s
S/N: blr 33 ha 124 hb 86 p0 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2850.
c3000.
c3600.
c4840.
c5100.
c7000.
c8210.
blr.
chi-bias.
ha.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2850.
c3000.
c3600.
c4840.
c5100.
c7000.
c8210.
blr.
ha.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
014 RM_272 z = 0.2630
z(Shen) = 0.2629 = -24 km/s
S/N: 2840 318 3000 385 3600 536 4820 476 5100 468 7000 379 8190 82
NLR/BLR: 900 5380 km/s
S/N: blr 41 ha 147 hb 104 he2_4686 63 p0 27
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2840.
c3000.
c3600.
c4820.
c5100.
c7000.
c8190.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2840.
c3000.
c3600.
c4820.
c5100.
c7000.
c8190.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
015 RM_781 z = 0.2630
z(Shen) = 0.2639 = 209 km/s
S/N: 2840 133 3000 169 3600 247 4820 202 5100 196 7000 172 8180 69
NLR/BLR: 900 4720 km/s
S/N: blr 29 ha 58 hb 50 he2_4686 35 p0 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2840.
c3000.
c3600.
c4820.
c5100.
c7000.
c8180.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2840.
c3000.
c3600.
c4820.
c5100.
c7000.
c8180.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
016 RM_320 z = 0.2650
z(Shen) = 0.2651 = 21 km/s
S/N: 2840 187 3000 229 3600 317 4820 230 5100 223 7000 202 8170 64
NLR/BLR: 900 7050 km/s
S/N: blr 31 ha 90 hb 69 he2_4686 54 p0 31
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2840.
c3000.
c3600.
c4820.
c5100.
c7000.
c8170.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2840.
c3000.
c3600.
c4820.
c5100.
c7000.
c8170.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
017 RM_845 z = 0.2730
z(Shen) = 0.2725 = -115 km/s
S/N: 2820 41 3000 56 3600 104 4790 124 5100 134 7000 147 8120 61
NLR/BLR: 900 6200 km/s
S/N: blr 13 ha 29 hb 21 he2_4686 27 p0 8.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2820.
c3000.
c3600.
c4790.
c5100.
c7000.
c8120.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2820.
c3000.
c3600.
c4790.
c5100.
c7000.
c8120.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
018 RM_252 z = 0.2810
z(Shen) = 0.2809 = -30 km/s
S/N: 2800 63 3000 100 3600 170 4750 106 5100 98 7000 116 8070 49
NLR/BLR: 900 14900 km/s
S/N: blr 1.8 ha 47 hb 22 p0 8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2800.
c3000.
c3600.
c4750.
c5100.
c7000.
c8070.
blr.
chi-bias.
ha.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2800.
c3000.
c3600.
c4750.
c5100.
c7000.
c8070.
blr.
ha.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
019 RM_822 z = 0.2880
z(Shen) = 0.2886 = 147 km/s
S/N: 2790 157 3000 218 3600 285 4730 238 5100 226 7000 195 8020 56
NLR/BLR: 900 2830 km/s
S/N: blr 50 ha 54 hb 76 he2_4686 25 p0 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2790.
c3000.
c3600.
c4730.
c5100.
c7000.
c8020.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2790.
c3000.
c3600.
c4730.
c5100.
c7000.
c8020.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
020 RM_377 z = 0.3370
z(Shen) = 0.3372 = 54 km/s
S/N: 2690 96 3000 165 3600 203 4560 135 5100 119 7000 95 7730 46
NLR/BLR: 900 6770 km/s
S/N: blr 17 ha 68 hb 43 he2_4686 24 mg2 24 p0 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2690.
c3000.
c3600.
c4560.
c5100.
c7000.
c7730.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2690.
c3000.
c3600.
c4560.
c5100.
c7000.
c7730.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
021 RM_160 z = 0.3590
z(Shen) = 0.3598 = 181 km/s
S/N: 2640 143 3000 276 3600 331 4480 272 5100 237 7000 135 7600 55
NLR/BLR: 900 8090 km/s
S/N: blr 46 ha 149 hb 132 mg2 180 p0 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2640.
c3000.
c3600.
c4480.
c5100.
c7000.
c7600.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2640.
c3000.
c3600.
c4480.
c5100.
c7000.
c7600.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
022 RM_782 z = 0.3620
z(Shen) = 0.3627 = 150 km/s
S/N: 2640 128 3000 191 3600 216 4480 202 5100 199 7000 144 7590 68
NLR/BLR: 900 5670 km/s
S/N: blr 31 ha 95 hb 72 he2_4686 27 mg2 29 p0 21
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2640.
c3000.
c3600.
c4480.
c5100.
c7000.
c7590.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2640.
c3000.
c3600.
c4480.
c5100.
c7000.
c7590.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
023 RM_453 z = 0.3910
z(Shen) = 0.3915 = 103 km/s
S/N: 2580 41 3000 80 3600 105 4380 95 5100 88 7000 69 7430 47
NLR/BLR: 900 8000 km/s
S/N: blr 7.7 ha 31 hb 20 p0 35
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2580.
c3000.
c3600.
c4380.
c5100.
c7000.
c7430.
blr.
chi-bias.
ha.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2580.
c3000.
c3600.
c4380.
c5100.
c7000.
c7430.
blr.
ha.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
024 RM_338 z = 0.4180
z(Shen) = 0.4180 = 8 km/s
S/N: 2530 59 3000 169 3600 190 4290 130 5100 106 7000 48 7290 42
NLR/BLR: 900 6740 km/s
S/N: blr 1.9 ha 33 hb 23 he2_4686 20 mg2 19 p0 42
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2530.
c3000.
c3600.
c4290.
c5100.
c7000.
c7290.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2530.
c3000.
c3600.
c4290.
c5100.
c7000.
c7290.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
025 RM_270 z = 0.4210
z(Shen) = 0.4209 = -19 km/s
S/N: 2520 41 3000 93 3600 122 4280 124 5100 117 7000 62 7280 53
NLR/BLR: 900 12700 km/s
S/N: blr 39 ha 28 hb 18 mg2 10 p0 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2520.
c3000.
c3600.
c4280.
c5100.
c7000.
c7280.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2520.
c3000.
c3600.
c4280.
c5100.
c7000.
c7280.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
026 RM_798 z = 0.4230
z(Shen) = 0.4226 = -82 km/s
S/N: 2530 119 3000 168 3600 159 4290 145 5100 143 7000 71 7270 53
NLR/BLR: 900 3840 km/s
S/N: blr 14 ha 27 hb 41 he2_4686 23 mg2 32 p0 -5.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2530.
c3000.
c3600.
c4290.
c5100.
c7000.
c7270.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2530.
c3000.
c3600.
c4290.
c5100.
c7000.
c7270.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
027 RM_341 z = 0.4240
z(Shen) = 0.4257 = 356 km/s
S/N: 2520 179 3000 260 3600 261 4270 238 5100 218 7000 93 7250 74
NLR/BLR: 900 6800 km/s
S/N: blr 25 ha 50 hb 52 he2_4686 40 mg2 42 p0 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2520.
c3000.
c3600.
c4270.
c5100.
c7000.
c7250.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2520.
c3000.
c3600.
c4270.
c5100.
c7000.
c7250.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
028 RM_789 z = 0.4250
z(Shen) = 0.4254 = 93 km/s
S/N: 2520 86 3000 177 3600 186 4270 142 5100 120 7000 57 7250 50
NLR/BLR: 900 7790 km/s
S/N: blr -8.1 ha 32 hb 35 he2_4686 23 mg2 30 p0 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2520.
c3000.
c3600.
c4270.
c5100.
c7000.
c7250.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2520.
c3000.
c3600.
c4270.
c5100.
c7000.
c7250.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
029 RM_541 z = 0.4400
z(Shen) = 0.4400 = -6 km/s
S/N: 2500 61 3000 119 3600 118 4240 99 5100 96 7000 55 7180 50
NLR/BLR: 900 4780 km/s
S/N: blr 11 ha 27 hb 24 he2_4686 12 mg2 17 p0 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2500.
c3000.
c3600.
c4240.
c5100.
c7000.
c7180.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2500.
c3000.
c3600.
c4240.
c5100.
c7000.
c7180.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
030 RM_191 z = 0.4420
z(Shen) = 0.4419 = -23 km/s
S/N: 2490 81 2500 83 3000 189 3600 197 4230 157 5100 141 7000 71 7170 62
NLR/BLR: 900 4390 km/s
S/N: blr 15 ha 51 hb 54 he2_4686 25 mg2 30 p0 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2490.
c2500.
c3000.
c3600.
c4230.
c5100.
c7000.
c7170.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2490.
c2500.
c3000.
c3600.
c4230.
c5100.
c7000.
c7170.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
031 RM_733 z = 0.4550
z(Shen) = 0.4547 = -54 km/s
S/N: 2470 77 2500 80 3000 184 3600 198 4190 165 5100 144 7000 62 7110 57
NLR/BLR: 900 8400 km/s
S/N: blr 17 ha 44 hb 36 mg2 24 p0 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2470.
c2500.
c3000.
c3600.
c4190.
c5100.
c7000.
c7110.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2470.
c2500.
c3000.
c3600.
c4190.
c5100.
c7000.
c7110.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
032 RM_017 z = 0.4560
z(Shen) = 0.4565 = 103 km/s
S/N:
2470 283 2500 291 3000 383 3600 387 4190 368 5100 367 7000 197 7100 176
NLR/BLR: 900 7650 km/s
S/N: blr 29 ha 115 hb 152 he2_4686 82 mg2 134 p0 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2470.
c2500.
c3000.
c3600.
c4190.
c5100.
c7000.
c7100.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2470.
c2500.
c3000.
c3600.
c4190.
c5100.
c7000.
c7100.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
033 RM_101 z = 0.4580
z(Shen) = 0.4578 = -47 km/s
S/N: 2460 236 2500 247 3000 385 3600 373 4180 334 5100 290 7000 69 7090 59
NLR/BLR: 900 5490 km/s
S/N: blr 17 ha 57 hb 68 he2_4686 60 mg2 65 p0 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2460.
c2500.
c3000.
c3600.
c4180.
c5100.
c7000.
c7090.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2460.
c2500.
c3000.
c3600.
c4180.
c5100.
c7000.
c7090.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
034 RM_518 z = 0.4590
z(Shen) = 0.4594 = 82 km/s
S/N: 2460 38 2500 40 3000 106 3600 136 4170 135 5100 135 7000 69 7080 66
NLR/BLR: 900 3840 km/s
S/N: blr 11 ha 24 hb 16 he2_4686 5.6 p0 61
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2460.
c2500.
c3000.
c3600.
c4170.
c5100.
c7000.
c7080.
blr.
chi-bias.
ha.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2460.
c2500.
c3000.
c3600.
c4170.
c5100.
c7000.
c7080.
blr.
ha.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
035 RM_720 z = 0.4670
z(Shen) = 0.4675 = 102 km/s
S/N: 2450 118 2500 129 3000 218 3600 218 4150 189 5100 177 7000 84 7040 82
NLR/BLR: 900 5900 km/s
S/N: blr 42 ha 75 hb 62 he2_4686 29 mg2 44 p0 21
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2450.
c2500.
c3000.
c3600.
c4150.
c5100.
c7000.
c7040.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2450.
c2500.
c3000.
c3600.
c4150.
c5100.
c7000.
c7040.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
036 RM_229 z = 0.4700
z(Shen) = 0.4698 = -39 km/s
S/N: 2440 77 2500 86 3000 193 3600 200 4140 164 5100 121 7000 40 7030 39
NLR/BLR: 900 6220 km/s
S/N: blr -3.1 ha 56 hb 52 he2_4686 17 mg2 31 p0 7.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2440.
c2500.
c3000.
c3600.
c4140.
c5100.
c7000.
c7030.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2440.
c2500.
c3000.
c3600.
c4140.
c5100.
c7000.
c7030.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
037 RM_371 z = 0.4720
z(Shen) = 0.4726 = 128 km/s
S/N: 2440 109 2500 124 3000 253 3600 259 4140 207 5100 159 7000 44 7020 44
NLR/BLR: 900 6530 km/s
S/N: blr 17 ha 68 hb 72 he2_4686 23 mg2 41 p0 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2440.
c2500.
c3000.
c3600.
c4140.
c5100.
c7000.
c7020.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2440.
c2500.
c3000.
c3600.
c4140.
c5100.
c7000.
c7020.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
038 RM_645 z = 0.4740
z(Shen) = 0.4739 = -22 km/s
S/N: 2440 97 2500 116 3000 284 3600 301 4140 233 5100 188 7000 38 7010 37
NLR/BLR: 900 6840 km/s
S/N: blr 25 ha 52 hb 62 he2_4686 30 mg2 24 p0 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2440.
c2500.
c3000.
c3600.
c4140.
c5100.
c7000.
c7010.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2440.
c2500.
c3000.
c3600.
c4140.
c5100.
c7000.
c7010.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
039 RM_177 z = 0.4820
z(Shen) = 0.4820 = 6 km/s
S/N: 2420 125 2500 146 3000 236 3600 247 4110 238 5100 217 6970 66
NLR/BLR: 900 9960 km/s
S/N: blr 10 ha 58 hb 64 mg2 24 p0 4.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2420.
c2500.
c3000.
c3600.
c4110.
c5100.
c6970.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2420.
c2500.
c3000.
c3600.
c4110.
c5100.
c6970.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
040 RM_168 z = 0.4840
z(Shen) = 0.4837 = -69 km/s
S/N: 2420 50 2500 56 3000 94 3600 86 4110 76 5100 67 6970 36
NLR/BLR: 900 3350 km/s
S/N: blr 5.5 ha 12 hb 11 mg2 6.6 p0 -6.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2420.
c2500.
c3000.
c3600.
c4110.
c5100.
c6970.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2420.
c2500.
c3000.
c3600.
c4110.
c5100.
c6970.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
041 RM_497 z = 0.5110
z(Shen) = 0.5114 = 73 km/s
S/N: 2380 34 2500 42 3000 138 3600 205 4030 179 5100 179 6840 59
NLR/BLR: 900 15000 km/s
S/N: blr -6.5 ha 32 hb 19 he2_4686 24 mg2 12 p0 53
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2380.
c2500.
c3000.
c3600.
c4030.
c5100.
c6840.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2380.
c2500.
c3000.
c3600.
c4030.
c5100.
c6840.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
042 RM_088 z = 0.5160
z(Shen) = 0.5175 = 297 km/s
S/N: 2370 109 2500 139 3000 199 3600 200 4020 179 5100 150 6810 38
NLR/BLR: 900 9920 km/s
S/N: blr 9.6 ha 28 hb 28 he2_4686 20 mg2 41 p0 8.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2370.
c2500.
c3000.
c3600.
c4020.
c5100.
c6810.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2370.
c2500.
c3000.
c3600.
c4020.
c5100.
c6810.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
043 RM_103 z = 0.5170
z(Shen) = 0.5181 = 217 km/s
S/N: 2370 44 2500 51 3000 74 3600 77 4020 74 5100 105 6810 33
NLR/BLR: 900 15000 km/s
S/N: blr 9.3 ha 20 hb -9.4 mg2 43 p0 7.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2370.
c2500.
c3000.
c3600.
c4020.
c5100.
c6810.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2370.
c2500.
c3000.
c3600.
c4020.
c5100.
c6810.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
044 RM_050 z = 0.5260
z(Shen) = 0.5269 = 171 km/s
S/N: 2350 66 2500 83 3000 116 3600 119 3990 106 5100 103 6770 59
NLR/BLR: 900 9500 km/s
S/N: blr 12 ha -1.1 hb 13 he2_4686 11 mg2 12 p0 -2.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2350.
c2500.
c3000.
c3600.
c3990.
c5100.
c6770.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2350.
c2500.
c3000.
c3600.
c3990.
c5100.
c6770.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
045 RM_792 z = 0.5260
z(Shen) = 0.5257 = -61 km/s
S/N: 2360 39 2500 49 3000 93 3600 102 4000 91 5100 89 6770 41
NLR/BLR: 900 5870 km/s
S/N: blr -8.0 ha 15 hb 23 he2_4686 15 mg2 25 p0 8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2360.
c2500.
c3000.
c3600.
c4000.
c5100.
c6770.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2360.
c2500.
c3000.
c3600.
c4000.
c5100.
c6770.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
046 RM_305 z = 0.5270
z(Shen) = 0.5273 = 61 km/s
S/N: 2350 134 2500 162 3000 204 3600 193 3990 177 5100 157 6770 50
NLR/BLR: 900 5630 km/s
S/N: blr -5.1 ha 34 hb 40 he2_4686 17 mg2 53 p0 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2350.
c2500.
c3000.
c3600.
c3990.
c5100.
c6770.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2350.
c2500.
c3000.
c3600.
c3990.
c5100.
c6770.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
047 RM_767 z = 0.5270
z(Shen) = 0.5272 = 35 km/s
S/N: 2350 58 2500 84 3000 179 3600 178 3990 144 5100 94 6770 38
NLR/BLR: 900 9770 km/s
S/N: blr 17 ha 30 hb 33 mg2 82 p0 46
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2350.
c2500.
c3000.
c3600.
c3990.
c5100.
c6770.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2350.
c2500.
c3000.
c3600.
c3990.
c5100.
c6770.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
048 RM_291 z = 0.5310
z(Shen) = 0.5316 = 114 km/s
S/N: 2350 76 2500 106 3000 194 3600 195 3980 161 5100 106 6750 27
NLR/BLR: 900 15000 km/s
S/N: blr -1.6 ha 17 hb 29 mg2 41 p0 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2350.
c2500.
c3000.
c3600.
c3980.
c5100.
c6750.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2350.
c2500.
c3000.
c3600.
c3980.
c5100.
c6750.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
049 RM_694 z = 0.5320
z(Shen) = 0.5324 = 74 km/s
S/N: 2350 124 2500 171 3000 287 3600 301 3980 279 5100 228 6750 64
NLR/BLR: 900 3360 km/s
S/N: blr -6.4 ha 23 hb 27 he2_4686 24 mg2 16 p0 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2350.
c2500.
c3000.
c3600.
c3980.
c5100.
c6750.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2350.
c2500.
c3000.
c3600.
c3980.
c5100.
c6750.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
050 RM_301 z = 0.5480
z(Shen) = 0.5482 = 45 km/s
S/N: 2320 129 2500 168 3000 217 3600 219 3940 206 5100 164 6680 46
NLR/BLR: 900 9420 km/s
S/N: blr 20 ha 31 hb 51 mg2 66 p0 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2320.
c2500.
c3000.
c3600.
c3940.
c5100.
c6680.
blr.
chi-bias.
ha.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2320.
c2500.
c3000.
c3600.
c3940.
c5100.
c6680.
blr.
ha.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
051 RM_519 z = 0.5540
z(Shen) = 0.5539 = -23 km/s
S/N: 2310 51 2500 70 3000 107 3600 111 3920 99 5100 67 6650 32
NLR/BLR: 900 4830 km/s
S/N: blr -6.7 ha 14 hb 21 he2_4686 13 mg2 12 p0 -7.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2310.
c2500.
c3000.
c3600.
c3920.
c5100.
c6650.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2310.
c2500.
c3000.
c3600.
c3920.
c5100.
c6650.
blr.
ha.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
052 RM_843 z = 0.5630
z(Shen) = 0.5633 = 54 km/s
S/N: 2300 47 2500 65 3000 87 3600 93 3900 89 5100 96 6610 44
NLR/BLR: 900 5270 km/s
S/N: blr -4.3 ha 16 he2_4686 8.6 mg2 9.4 p0 -6.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2300.
c2500.
c3000.
c3600.
c3900.
c5100.
c6610.
blr.
chi-bias.
ha.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
ha.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2300.
c2500.
c3000.
c3600.
c3900.
c5100.
c6610.
blr.
ha.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
053 RM_622 z = 0.5720
z(Shen) = 0.5717 = -50 km/s
S/N: 2290 106 2500 152 3000 191 3600 191 3880 180 5100 148 6580 74
NLR/BLR: 900 6750 km/s
S/N: blr 36 hb 39 mg2 40 p0 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2290.
c2500.
c3000.
c3600.
c3880.
c5100.
c6580.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2290.
c2500.
c3000.
c3600.
c3880.
c5100.
c6580.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
054 RM_078 z = 0.5810
z(Shen) = 0.5825 = 277 km/s
S/N: 2270 132 2500 168 3000 189 3600 190 3850 189 5100 170 6530 75
NLR/BLR: 900 10790 km/s
S/N: blr 21 hb 58 mg2 68 p0 -6.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2270.
c2500.
c3000.
c3600.
c3850.
c5100.
c6530.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2270.
c2500.
c3000.
c3600.
c3850.
c5100.
c6530.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
055 RM_736 z = 0.5820
z(Shen) = 0.5835 = 282 km/s
S/N: 2270 180 2500 236 3000 272 3600 269 3850 259 5100 231 6530 90
NLR/BLR: 900 8280 km/s
S/N: blr 54 hb 85 mg2 90 p0 35
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2270.
c2500.
c3000.
c3600.
c3850.
c5100.
c6530.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2270.
c2500.
c3000.
c3600.
c3850.
c5100.
c6530.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
056 RM_393 z = 0.5830
z(Shen) = 0.5845 = 284 km/s
S/N: 2270 58 2500 80 3000 97 3600 92 3850 82 5100 87 6520 43
NLR/BLR: 900 7180 km/s
S/N: blr 9.1 hb 7.6 mg2 8.7 p0 -7.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2270.
c2500.
c3000.
c3600.
c3850.
c5100.
c6520.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2270.
c2500.
c3000.
c3600.
c3850.
c5100.
c6520.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
057 RM_267 z = 0.5870
z(Shen) = 0.5879 = 166 km/s
S/N: 2260 147 2500 199 3000 234 3600 228 3840 216 5100 171 6510 50
NLR/BLR: 900 5530 km/s
S/N: blr 39 hb 66 he2_4686 33 mg2 48 p0 7.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2260.
c2500.
c3000.
c3600.
c3840.
c5100.
c6510.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2260.
c2500.
c3000.
c3600.
c3840.
c5100.
c6510.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
058 RM_040 z = 0.6000
z(Shen) = 0.5999 = -19 km/s
S/N: 2250 42 2500 77 3000 117 3600 104 3810 90 5100 70 6460 39
NLR/BLR: 900 2920 km/s
S/N: blr 3.3 hb 17 he2_4686 2.9 mg2 14 p0 9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2250.
c2500.
c3000.
c3600.
c3810.
c5100.
c6460.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2250.
c2500.
c3000.
c3600.
c3810.
c5100.
c6460.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
059 RM_378 z = 0.6000
z(Shen) = 0.6000 = 0 km/s
S/N: 2250 97 2500 171 3000 214 3600 196 3810 173 5100 94 6460 57
NLR/BLR: 900 6580 km/s
S/N: blr 16 hb 46 he2_4686 20 mg2 111 p0 31
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2250.
c2500.
c3000.
c3600.
c3810.
c5100.
c6460.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2250.
c2500.
c3000.
c3600.
c3810.
c5100.
c6460.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
060 RM_324 z = 0.6020
z(Shen) = 0.6023 = 64 km/s
S/N: 2240 160 2500 216 3000 233 3600 232 3800 227 5100 191 6450 37
NLR/BLR: 900 14160 km/s
S/N: blr 33 hb 24 he2_4686 27 p0 6.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2240.
c2500.
c3000.
c3600.
c3800.
c5100.
c6450.
blr.
chi-bias.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2240.
c2500.
c3000.
c3600.
c3800.
c5100.
c6450.
blr.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
061 RM_457 z = 0.6040
z(Shen) = 0.6039 = -13 km/s
S/N: 2240 55 2500 104 3000 144 3600 139 3800 128 5100 87 6440 37
NLR/BLR: 900 11440 km/s
S/N: blr -3.5 hb 25 mg2 33 p0 7.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2240.
c2500.
c3000.
c3600.
c3800.
c5100.
c6440.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2240.
c2500.
c3000.
c3600.
c3800.
c5100.
c6440.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
062 RM_399 z = 0.6080
z(Shen) = 0.6083 = 58 km/s
S/N: 2240 71 2500 131 3000 172 3600 180 3800 172 5100 123 6430 67
NLR/BLR: 900 6960 km/s
S/N: blr 10 hb 31 he2_4686 23 mg2 29 p0 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2240.
c2500.
c3000.
c3600.
c3800.
c5100.
c6430.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2240.
c2500.
c3000.
c3600.
c3800.
c5100.
c6430.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
063 RM_140 z = 0.6090
z(Shen) = 0.6102 = 233 km/s
S/N: 2230 80 2500 114 3000 127 3600 120 3780 114 5100 106 6420 53
NLR/BLR: 900 7920 km/s
S/N: blr -7.9 mg2 20 p0 -0.14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2230.
c2500.
c3000.
c3600.
c3780.
c5100.
c6420.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2230.
c2500.
c3000.
c3600.
c3780.
c5100.
c6420.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
064 RM_805 z = 0.6200
z(Shen) = 0.6212 = 215 km/s
S/N: 2220 119 2500 169 3000 189 3600 185 3760 179 5100 127 6380 51
NLR/BLR: 900 5580 km/s
S/N: blr 27 hb 50 he2_4686 22 mg2 49 p0 -4.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2220.
c2500.
c3000.
c3600.
c3760.
c5100.
c6380.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2220.
c2500.
c3000.
c3600.
c3760.
c5100.
c6380.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
065 RM_300 z = 0.6460
z(Shen) = 0.6460 = 9 km/s
S/N: 2180 216 2500 316 3000 333 3600 328 3700 322 5100 225 6280 80
NLR/BLR: 900 5630 km/s
S/N: blr 4.0 hb 22 he2_4686 18 mg2 29 p0 34
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2180.
c2500.
c3000.
c3600.
c3700.
c5100.
c6280.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2180.
c2500.
c3000.
c3600.
c3700.
c5100.
c6280.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
066 RM_375 z = 0.6470
z(Shen) = 0.6472 = 33 km/s
S/N: 2180 157 2500 241 3000 259 3600 257 3700 253 5100 199 6270 56
NLR/BLR: 900 11520 km/s
S/N: blr 21 hb 41 mg2 32 p0 6.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2180.
c2500.
c3000.
c3600.
c3700.
c5100.
c6270.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2180.
c2500.
c3000.
c3600.
c3700.
c5100.
c6270.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
067 RM_268 z = 0.6500
z(Shen) = 0.6506 = 114 km/s
S/N: 2180 68 2500 116 3000 132 3600 126 3690 122 5100 90 6260 41
NLR/BLR: 900 9530 km/s
S/N: blr -8.1 hb 9.9 he2_4686 15 mg2 20 p0 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2180.
c2500.
c3000.
c3600.
c3690.
c5100.
c6260.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2180.
c2500.
c3000.
c3600.
c3690.
c5100.
c6260.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
068 RM_634 z = 0.6500
z(Shen) = 0.6506 = 116 km/s
S/N: 2180 55 2500 83 3000 103 3600 121 3690 119 5100 108 6260 65
NLR/BLR: 900 5050 km/s
S/N: blr -7.8 hb 18 he2_4686 3.8 mg2 10 p0 4.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2180.
c2500.
c3000.
c3600.
c3690.
c5100.
c6260.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2180.
c2500.
c3000.
c3600.
c3690.
c5100.
c6260.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
069 RM_601 z = 0.6580
z(Shen) = 0.6598 = 327 km/s
S/N: 2170 89 2500 141 3000 159 3600 158 3680 157 5100 116 6230 48
NLR/BLR: 900 11970 km/s
S/N: blr 3.2 hb 38 mg2 40 p0 -8.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2170.
c2500.
c3000.
c3600.
c3680.
c5100.
c6230.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2170.
c2500.
c3000.
c3600.
c3680.
c5100.
c6230.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
070 RM_243 z = 0.6590
z(Shen) = 0.6595 = 89 km/s
S/N: 2170 104 2500 171 3000 185 3600 185 3680 182 5100 155 6230 64
NLR/BLR: 900 10200 km/s
S/N: blr 19 hb 62 mg2 34 p0 3.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2170.
c2500.
c3000.
c3600.
c3680.
c5100.
c6230.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2170.
c2500.
c3000.
c3600.
c3680.
c5100.
c6230.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
071 RM_654 z = 0.6700
z(Shen) = 0.6708 = 135 km/s
S/N: 2150 59 2500 104 3000 109 3600 107 3650 106 5100 100 6190 44
NLR/BLR: 900 10890 km/s
S/N: blr 37 mg2 13 p0 -8.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2150.
c2500.
c3000.
c3600.
c3650.
c5100.
c6190.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2150.
c2500.
c3000.
c3600.
c3650.
c5100.
c6190.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
072 RM_663 z = 0.6740
z(Shen) = 0.6744 = 64 km/s
S/N: 2150 47 2500 95 3000 101 3600 90 3640 89 5100 86 6170 38
NLR/BLR: 900 7830 km/s
S/N: blr 6.8 hb 16 mg2 14 p0 -6.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2150.
c2500.
c3000.
c3600.
c3640.
c5100.
c6170.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2150.
c2500.
c3000.
c3600.
c3640.
c5100.
c6170.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
073 RM_316 z = 0.6760
z(Shen) = 0.6779 = 333 km/s
S/N: 2140 233 2500 284 3000 263 3600 251 3630 250 5100 194 6160 57
NLR/BLR: 900 7220 km/s
S/N: blr 5.0 hb 51 mg2 51 p0 9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6160.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6160.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
074 RM_638 z = 0.6770
z(Shen) = 0.6767 = -52 km/s
S/N: 2140 60 2500 123 3000 139 3600 141 3630 140 5100 107 6160 44
NLR/BLR: 900 10800 km/s
S/N: blr -6.2 hb 34 mg2 18 p0 -6.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6160.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6160.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
075 RM_804 z = 0.6770
z(Shen) = 0.6766 = -70 km/s
S/N: 2140 54 2500 102 3000 120 3600 130 3630 129 5100 107 6160 52
NLR/BLR: 900 3810 km/s
S/N: blr -6.0 hb 20 he2_4686 14 mg2 14 p0 -3.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6160.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6160.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
076 RM_551 z = 0.6800
z(Shen) = 0.6806 = 102 km/s
S/N: 2140 74 2500 129 3000 141 3600 138 3630 137 5100 95 6150 49
NLR/BLR: 900 4740 km/s
S/N: blr 10 hb 33 mg2 18 p0 9.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6150.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6150.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
077 RM_632 z = 0.6810
z(Shen) = 0.6810 = 4 km/s
S/N: 2140 57 2500 96 3000 87 3600 79 3630 78 5100 52 6150 29
NLR/BLR: 900 12690 km/s
S/N: blr 12 mg2 12 p0 8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6150.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6150.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
078 RM_701 z = 0.6830
z(Shen) = 0.6833 = 57 km/s
S/N: 2140 78 2500 149 3000 164 3600 156 3620 155 5100 122 6140 57
NLR/BLR: 900 8810 km/s
S/N: blr -3.3 hb 42 mg2 36 p0 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2140.
c2500.
c3000.
c3600.
c3620.
c5100.
c6140.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2140.
c2500.
c3000.
c3600.
c3620.
c5100.
c6140.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
079 RM_746 z = 0.6830
z(Shen) = 0.6828 = -30 km/s
S/N: 2140 123 2500 197 3000 207 3600 212 3630 212 5100 173 6140 90
NLR/BLR: 900 5500 km/s
S/N: blr 41 hb 78 he2_4686 23 mg2 30 p0 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6140.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2140.
c2500.
c3000.
c3600.
c3630.
c5100.
c6140.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
080 RM_812 z = 0.7020
z(Shen) = 0.7028 = 146 km/s
S/N: 2110 63 2500 123 3000 127 3580 120 3600 119 5100 91 6070 41
NLR/BLR: 900 10690 km/s
S/N: blr 11 mg2 18 p0 -3.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2110.
c2500.
c3000.
c3580.
c3600.
c5100.
c6070.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2110.
c2500.
c3000.
c3580.
c3600.
c5100.
c6070.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
081 RM_337 z = 0.7080
z(Shen) = 0.7086 = 114 km/s
S/N: 2100 60 2500 109 3000 110 3560 107 3600 106 5100 70 6050 36
NLR/BLR: 900 9540 km/s
S/N: blr 6.2 hb 15 mg2 15 p0 -6.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2100.
c2500.
c3000.
c3560.
c3600.
c5100.
c6050.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2100.
c2500.
c3000.
c3560.
c3600.
c5100.
c6050.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
082 RM_510 z = 0.7100
z(Shen) = 0.7101 = 14 km/s
S/N: 2100 55 2500 118 3000 134 3560 138 3600 137 5100 81 6040 41
NLR/BLR: 900 10260 km/s
S/N: blr 6.8 hb 14 mg2 13 p0 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2100.
c2500.
c3000.
c3560.
c3600.
c5100.
c6040.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2100.
c2500.
c3000.
c3560.
c3600.
c5100.
c6040.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
083 RM_118 z = 0.7140
z(Shen) = 0.7151 = 187 km/s
S/N: 2100 170 2500 220 3000 227 3560 229 3600 229 5100 198 6030 76
NLR/BLR: 900 6240 km/s
S/N: blr 28 hb 50 he2_4686 27 mg2 41 p0 -5.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2100.
c2500.
c3000.
c3560.
c3600.
c5100.
c6030.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2100.
c2500.
c3000.
c3560.
c3600.
c5100.
c6030.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
084 RM_033 z = 0.7150
z(Shen) = 0.7151 = 16 km/s
S/N: 2100 85 2500 178 3000 182 3560 164 3600 162 5100 119 6030 49
NLR/BLR: 900 3230 km/s
S/N: blr 18 hb 16 he2_4686 11 mg2 18 p0 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2100.
c2500.
c3000.
c3560.
c3600.
c5100.
c6030.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2100.
c2500.
c3000.
c3560.
c3600.
c5100.
c6030.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
085 RM_369 z = 0.7190
z(Shen) = 0.7183 = -120 km/s
S/N: 2090 87 2500 197 3000 204 3540 195 3600 193 5100 128 6010 38
NLR/BLR: 900 8250 km/s
S/N: blr 9.1 hb 15 he2_4686 13 mg2 18 p0 8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2090.
c2500.
c3000.
c3540.
c3600.
c5100.
c6010.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2090.
c2500.
c3000.
c3540.
c3600.
c5100.
c6010.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
086 RM_329 z = 0.7200
z(Shen) = 0.7210 = 171 km/s
S/N: 2090 244 2500 362 3000 360 3540 350 3600 348 5100 265 6000 102
NLR/BLR: 900 4880 km/s
S/N: blr 23 hb 51 he2_4686 36 mg2 57 p0 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2090.
c2500.
c3000.
c3540.
c3600.
c5100.
c6000.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2090.
c2500.
c3000.
c3540.
c3600.
c5100.
c6000.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
087 RM_744 z = 0.7230
z(Shen) = 0.7238 = 134 km/s
S/N: 2090 31 2500 64 3000 75 3540 77 3600 77 5100 64 6000 29
NLR/BLR: 900 11490 km/s
S/N: blr 12 hb 16 mg2 14 p0 -7.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2090.
c2500.
c3000.
c3540.
c3600.
c5100.
c6000.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2090.
c2500.
c3000.
c3540.
c3600.
c5100.
c6000.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
088 RM_548 z = 0.7310
z(Shen) = 0.7308 = -31 km/s
S/N: 2080 76 2500 139 3000 147 3520 137 3600 134 5100 104 5970 55
NLR/BLR: 900 3460 km/s
S/N: blr 16 hb 28 he2_4686 13 mg2 18 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2080.
c2500.
c3000.
c3520.
c3600.
c5100.
c5970.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2080.
c2500.
c3000.
c3520.
c3600.
c5100.
c5970.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
089 RM_265 z = 0.7340
z(Shen) = 0.7360 = 341 km/s
S/N: 2070 94 2500 158 3000 161 3510 155 3600 152 5100 105 5950 49
NLR/BLR: 900 8440 km/s
S/N: blr 11 hb 22 he2_4686 24 mg2 31 p0 -6.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2070.
c2500.
c3000.
c3510.
c3600.
c5100.
c5950.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2070.
c2500.
c3000.
c3510.
c3600.
c5100.
c5950.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
090 RM_331 z = 0.7350
z(Shen) = 0.7356 = 105 km/s
S/N: 2070 55 2500 107 3000 110 3510 116 3600 115 5100 81 5950 33
NLR/BLR: 900 12260 km/s
S/N: blr 27 hb 16 mg2 12 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2070.
c2500.
c3000.
c3510.
c3600.
c5100.
c5950.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2070.
c2500.
c3000.
c3510.
c3600.
c5100.
c5950.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
091 RM_589 z = 0.7510
z(Shen) = 0.7509 = -10 km/s
S/N: 2050 135 2500 199 3000 204 3480 202 3600 200 5100 139 5900 59
NLR/BLR: 900 9820 km/s
S/N: blr 2.6 hb 39 he2_4686 23 mg2 45 p0 -1.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2050.
c2500.
c3000.
c3480.
c3600.
c5100.
c5900.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2050.
c2500.
c3000.
c3480.
c3600.
c5100.
c5900.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
092 RM_355 z = 0.7530
z(Shen) = 0.7531 = 22 km/s
S/N: 2050 56 2500 106 3000 103 3470 100 3600 98 5100 74 5890 43
NLR/BLR: 900 9180 km/s
S/N: blr 7.4 hb 15 mg2 12 p0 -7.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2050.
c2500.
c3000.
c3470.
c3600.
c5100.
c5890.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2050.
c2500.
c3000.
c3470.
c3600.
c5100.
c5890.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
093 RM_440 z = 0.7540
z(Shen) = 0.7542 = 36 km/s
S/N: 2050 176 2500 274 3000 289 3470 291 3600 290 5100 204 5890 93
NLR/BLR: 900 15000 km/s
S/N: blr 24 hb 56 he2_4686 28 mg2 53 p0 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2050.
c2500.
c3000.
c3470.
c3600.
c5100.
c5890.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2050.
c2500.
c3000.
c3470.
c3600.
c5100.
c5890.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
094 RM_618 z = 0.7550
z(Shen) = 0.7561 = 183 km/s
S/N: 2050 38 2500 87 3000 93 3470 89 3600 86 5100 72 5880 38
NLR/BLR: 900 7820 km/s
S/N: blr 13 hb 15 mg2 21 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2050.
c2500.
c3000.
c3470.
c3600.
c5100.
c5880.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2050.
c2500.
c3000.
c3470.
c3600.
c5100.
c5880.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
095 RM_848 z = 0.7570
z(Shen) = 0.7571 = 22 km/s
S/N: 2050 60 2500 128 3000 131 3470 115 3600 109 5100 73 5880 36
NLR/BLR: 900 5860 km/s
S/N: blr 3.8 hb 14 he2_4686 15 mg2 30 p0 -7.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2050.
c2500.
c3000.
c3470.
c3600.
c5100.
c5880.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2050.
c2500.
c3000.
c3470.
c3600.
c5100.
c5880.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
096 RM_847 z = 0.7580
z(Shen) = 0.7590 = 169 km/s
S/N: 2040 49 2500 99 3000 109 3460 106 3600 106 5100 108 5870 51
NLR/BLR: 900 12010 km/s
S/N: blr 24 he2_4686 13 mg2 32 p0 -2.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2040.
c2500.
c3000.
c3460.
c3600.
c5100.
c5870.
blr.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2040.
c2500.
c3000.
c3460.
c3600.
c5100.
c5870.
blr.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
097 RM_240 z = 0.7620
z(Shen) = 0.7617 = -48 km/s
S/N: 2040 58 2500 120 3000 115 3460 106 3600 103 5100 93 5870 52
NLR/BLR: 900 9110 km/s
S/N: blr 15 mg2 45 p0 -6.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2040.
c2500.
c3000.
c3460.
c3600.
c5100.
c5870.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2040.
c2500.
c3000.
c3460.
c3600.
c5100.
c5870.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
098 RM_761 z = 0.7710
z(Shen) = 0.7707 = -54 km/s
S/N: 2030 85 2500 163 3000 173 3440 165 3600 160 5100 104 5840 84
NLR/BLR: 900 9200 km/s
S/N: blr 31 hb 54 mg2 44 p0 9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2030.
c2500.
c3000.
c3440.
c3600.
c5100.
c5840.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2030.
c2500.
c3000.
c3440.
c3600.
c5100.
c5840.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
099 RM_762 z = 0.7820
z(Shen) = 0.7832 = 199 km/s
S/N: 2020 117 2500 196 3000 209 3420 204 3600 202 5100 118 5800 66
NLR/BLR: 900 12860 km/s
S/N: blr 24 hb 33 he2_4686 25 mg2 39 p0 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2020.
c2500.
c3000.
c3420.
c3600.
c5100.
c5800.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2020.
c2500.
c3000.
c3420.
c3600.
c5100.
c5800.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
100 RM_235 z = 0.7850
z(Shen) = 0.7853 = 49 km/s
S/N: 2010 115 2500 178 3000 176 3410 165 3600 158 5100 122 5790 48
NLR/BLR: 900 9080 km/s
S/N: blr 15 hb 24 mg2 43 p0 -7.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2010.
c2500.
c3000.
c3410.
c3600.
c5100.
c5790.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2010.
c2500.
c3000.
c3410.
c3600.
c5100.
c5790.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
101 RM_778 z = 0.7860
z(Shen) = 0.7854 = -107 km/s
S/N: 2010 166 2500 231 3000 229 3410 229 3600 226 5100 161 5790 73
NLR/BLR: 900 9200 km/s
S/N: blr -6.3 hb 45 mg2 52 p0 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2010.
c2500.
c3000.
c3410.
c3600.
c5100.
c5790.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2010.
c2500.
c3000.
c3410.
c3600.
c5100.
c5790.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
102 RM_171 z = 0.7900
z(Shen) = 0.7906 = 94 km/s
S/N: 2010 66 2500 112 3000 102 3410 91 3600 86 5100 57 5770 33
NLR/BLR: 900 3820 km/s
S/N: blr -9.0 hb 13 he2_4686 8.5 mg2 17 p0 -4.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2010.
c2500.
c3000.
c3410.
c3600.
c5100.
c5770.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2010.
c2500.
c3000.
c3410.
c3600.
c5100.
c5770.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
103 RM_421 z = 0.7910
z(Shen) = 0.7922 = 199 km/s
S/N: 2010 47 2500 72 3000 78 3410 82 3600 81 5100 56 5770 35
NLR/BLR: 900 10250 km/s
S/N: blr 9.8 he2_4686 11 mg2 18 p0 -8.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2010.
c2500.
c3000.
c3410.
c3600.
c5100.
c5770.
blr.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2010.
c2500.
c3000.
c3410.
c3600.
c5100.
c5770.
blr.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
104 RM_274 z = 0.7930
z(Shen) = 0.7933 = 55 km/s
S/N: 2010 64 2500 182 3000 212 3400 215 3600 212 5100 159 5760 75
NLR/BLR: 900 9620 km/s
S/N: blr 10 mg2 14 p0 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2010.
c2500.
c3000.
c3400.
c3600.
c5100.
c5760.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2010.
c2500.
c3000.
c3400.
c3600.
c5100.
c5760.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
105 RM_719 z = 0.8000
z(Shen) = 0.8005 = 80 km/s
S/N: 2000 57 2500 109 3000 115 3390 108 3600 103 5100 64 5740 50
NLR/BLR: 900 5970 km/s
S/N: blr 4.6 hb 15 he2_4686 15 mg2 16 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c2000.
c2500.
c3000.
c3390.
c3600.
c5100.
c5740.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c2000.
c2500.
c3000.
c3390.
c3600.
c5100.
c5740.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
106 RM_323 z = 0.8040
z(Shen) = 0.8044 = 61 km/s
S/N: 1990 49 2000 50 2500 102 3000 93 3380 82 3600 79 5100 67 5730 40
NLR/BLR: 900 4120 km/s
S/N: blr -9.1 hb 13 mg2 15 p0 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1990.
c2000.
c2500.
c3000.
c3380.
c3600.
c5100.
c5730.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1990.
c2000.
c2500.
c3000.
c3380.
c3600.
c5100.
c5730.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
107 RM_515 z = 0.8050
z(Shen) = 0.8056 = 101 km/s
S/N: 1990 76 2000 77 2500 164 3000 176 3370 175 3600 172 5100 90 5720 53
NLR/BLR: 900 15000 km/s
S/N: blr -8.8 hb 32 mg2 28 p0 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1990.
c2000.
c2500.
c3000.
c3370.
c3600.
c5100.
c5720.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1990.
c2000.
c2500.
c3000.
c3370.
c3600.
c5100.
c5720.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
108 RM_641 z = 0.8050
z(Shen) = 0.8055 = 81 km/s
S/N: 1990 60 2000 61 2500 121 3000 118 3370 109 3600 102 5100 70 5720 43
NLR/BLR: 900 8290 km/s
S/N: blr -1.6 hb 11 he2_4686 9.7 mg2 14 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1990.
c2000.
c2500.
c3000.
c3370.
c3600.
c5100.
c5720.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1990.
c2000.
c2500.
c3000.
c3370.
c3600.
c5100.
c5720.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
109 RM_232 z = 0.8070
z(Shen) = 0.8082 = 192 km/s
S/N: 1990 51 2000 53 2500 110 3000 112 3370 106 3600 102 5100 68 5710 38
NLR/BLR: 900 6770 km/s
S/N: blr -6.4 hb 15 he2_4686 15 mg2 20 p0 7.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1990.
c2000.
c2500.
c3000.
c3370.
c3600.
c5100.
c5710.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1990.
c2000.
c2500.
c3000.
c3370.
c3600.
c5100.
c5710.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
110 RM_062 z = 0.8080
z(Shen) = 0.8083 = 48 km/s
S/N: 1990 46 2000 47 2500 102 3000 111 3370 111 3600 108 5100 92 5710 45
NLR/BLR: 900 11240 km/s
S/N: blr -3.2 hb 19 mg2 17 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1990.
c2000.
c2500.
c3000.
c3370.
c3600.
c5100.
c5710.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1990.
c2000.
c2500.
c3000.
c3370.
c3600.
c5100.
c5710.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
111 RM_141 z = 0.8120
z(Shen) = 0.8122 = 40 km/s
S/N: 1980 50 2000 52 2500 120 3000 134 3360 139 3600 138 5100 88 5700 59
NLR/BLR: 900 13560 km/s
S/N: blr 14 hb 25 mg2 14 p0 -5.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1980.
c2000.
c2500.
c3000.
c3360.
c3600.
c5100.
c5700.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1980.
c2000.
c2500.
c3000.
c3360.
c3600.
c5100.
c5700.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
112 RM_029 z = 0.8160
z(Shen) = 0.8158 = -31 km/s
S/N: 1980 59 2000 61 2500 116 3000 124 3360 123 3600 119 5100 73 5690 48
NLR/BLR: 900 5280 km/s
S/N: blr 11 hb 16 mg2 16 p0 -8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1980.
c2000.
c2500.
c3000.
c3360.
c3600.
c5100.
c5690.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1980.
c2000.
c2500.
c3000.
c3360.
c3600.
c5100.
c5690.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
113 RM_175 z = 0.8190
z(Shen) = 0.8200 = 166 km/s
S/N: 1980 47 2000 49 2500 92 3000 104 3350 99 3600 93 5100 59 5680 53
NLR/BLR: 900 6680 km/s
S/N: blr 13 hb 15 he2_4686 19 mg2 12 p0 -7.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1980.
c2000.
c2500.
c3000.
c3350.
c3600.
c5100.
c5680.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1980.
c2000.
c2500.
c3000.
c3350.
c3600.
c5100.
c5680.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
114 RM_303 z = 0.8200
z(Shen) = 0.8206 = 96 km/s
S/N:
1980 128 2000 131 2500 193 3000 196 3350 193 3600 191 5100 114 5680 63
NLR/BLR: 900 8610 km/s
S/N: blr 13 hb 53 he2_4686 37 mg2 49 p0 -5.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1980.
c2000.
c2500.
c3000.
c3350.
c3600.
c5100.
c5680.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1980.
c2000.
c2500.
c3000.
c3350.
c3600.
c5100.
c5680.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
115 RM_277 z = 0.8250
z(Shen) = 0.8256 = 100 km/s
S/N: 1970 61 2000 65 2500 106 3000 105 3340 104 3600 104 5100 83 5660 39
NLR/BLR: 900 4500 km/s
S/N: blr -7.4 hb 13 mg2 19 p0 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1970.
c2000.
c2500.
c3000.
c3340.
c3600.
c5100.
c5660.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1970.
c2000.
c2500.
c3000.
c3340.
c3600.
c5100.
c5660.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
116 RM_385 z = 0.8260
z(Shen) = 0.8250 = -163 km/s
S/N: 1970 58 2000 61 2500 112 3000 119 3340 116 3600 113 5100 78 5660 45
NLR/BLR: 900 6990 km/s
S/N: blr -5.1 hb 18 mg2 31 p0 -4.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1970.
c2000.
c2500.
c3000.
c3340.
c3600.
c5100.
c5660.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1970.
c2000.
c2500.
c3000.
c3340.
c3600.
c5100.
c5660.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
117 RM_438 z = 0.8260
z(Shen) = 0.8263 = 46 km/s
S/N: 1970 47 2000 49 2500 122 3000 142 3340 144 3600 147 5100 105 5660 52
NLR/BLR: 900 10440 km/s
S/N: blr 9.3 hb 24 p0 7.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1970.
c2000.
c2500.
c3000.
c3340.
c3600.
c5100.
c5660.
blr.
chi-bias.
hb.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1970.
c2000.
c2500.
c3000.
c3340.
c3600.
c5100.
c5660.
blr.
hb.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
118 RM_439 z = 0.8340
z(Shen) = 0.8354 = 235 km/s
S/N: 1960 66 2000 70 2500 113 3000 113 3320 111 3600 110 5100 85 5630 54
NLR/BLR: 900 4380 km/s
S/N: blr -4.0 hb 17 he2_4686 16 mg2 14 p0 -7.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1960.
c2000.
c2500.
c3000.
c3320.
c3600.
c5100.
c5630.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1960.
c2000.
c2500.
c3000.
c3320.
c3600.
c5100.
c5630.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
119 RM_382 z = 0.8370
z(Shen) = 0.8366 = -65 km/s
S/N: 1960 62 2000 66 2500 119 3000 129 3320 135 3600 134 5100 88 5630 45
NLR/BLR: 900 13300 km/s
S/N: blr 0.55 hb 12 mg2 12 p0 -4.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1960.
c2000.
c2500.
c3000.
c3320.
c3600.
c5100.
c5630.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1960.
c2000.
c2500.
c3000.
c3320.
c3600.
c5100.
c5630.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
120 RM_669 z = 0.8390
z(Shen) = 0.8400 = 171 km/s
S/N: 1950 66 2000 73 2500 132 3000 138 3310 136 3600 132 5100 81 5620 50
NLR/BLR: 900 8810 km/s
S/N: blr 7.8 hb 22 mg2 36 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3310.
c3600.
c5100.
c5620.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3310.
c3600.
c5100.
c5620.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
121 RM_664 z = 0.8400
z(Shen) = 0.8396 = -67 km/s
S/N:
1960 132 2000 147 2500 324 3000 373 3320 373 3600 370 5100 131 5620 87
NLR/BLR: 900 7620 km/s
S/N: blr 14 hb 59 he2_4686 33 mg2 45 p0 39
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1960.
c2000.
c2500.
c3000.
c3320.
c3600.
c5100.
c5620.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1960.
c2000.
c2500.
c3000.
c3320.
c3600.
c5100.
c5620.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
122 RM_392 z = 0.8430
z(Shen) = 0.8433 = 42 km/s
S/N: 1950 110 2000 117 2500 150 3000 151 3310 148 3600 146 5100 81 5610 59
NLR/BLR: 900 6780 km/s
S/N: blr 7.9 hb 23 he2_4686 25 mg2 22 p0 -7.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3310.
c3600.
c5100.
c5610.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3310.
c3600.
c5100.
c5610.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
123 RM_788 z = 0.8430
z(Shen) = 0.8438 = 135 km/s
S/N: 1950 49 2000 55 2500 131 3000 159 3300 160 3600 152 5100 75 5600 52
NLR/BLR: 900 13650 km/s
S/N: blr -6.1 hb 16 mg2 26 p0 8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5600.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5600.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
124 RM_644 z = 0.8450
z(Shen) = 0.8468 = 296 km/s
S/N: 1950 61 2000 67 2500 122 3000 131 3300 130 3600 127 5100 96 5590 81
NLR/BLR: 900 9710 km/s
S/N: blr 8.4 hb 40 mg2 29 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5590.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5590.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
125 RM_824 z = 0.8450
z(Shen) = 0.8462 = 193 km/s
S/N: 1950 60 2000 68 2500 134 3000 145 3300 145 3600 142 5100 66 5600 42
NLR/BLR: 900 12320 km/s
S/N: blr -7.5 hb 19 mg2 17 p0 1.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5600.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5600.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
126 RM_539 z = 0.8460
z(Shen) = 0.8458 = -34 km/s
S/N: 1950 74 2000 85 2500 185 3000 195 3300 185 3600 175 5100 67 5600 43
NLR/BLR: 900 8310 km/s
S/N: blr 1.9 hb 16 mg2 16 p0 26
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5600.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5600.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
127 RM_016 z = 0.8480
z(Shen) = 0.8498 = 286 km/s
S/N: 1940 83 2000 98 2500 186 3000 190 3290 188 3600 183 5100 115 5590 71
NLR/BLR: 900 15000 km/s
S/N: blr 5.5 hb 33 mg2 37 p0 25
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5590.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5590.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
128 RM_637 z = 0.8480
z(Shen) = 0.8489 = 138 km/s
S/N:
1950 100 2000 110 2500 173 3000 174 3300 167 3600 162 5100 125 5590 75
NLR/BLR: 900 4360 km/s
S/N: blr 15 hb 24 mg2 23 p0 6.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5590.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5590.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
129 RM_018 z = 0.8490
z(Shen) = 0.8483 = -118 km/s
S/N: 1950 93 2000 106 2500 185 3000 187 3300 185 3600 181 5100 88 5590 44
NLR/BLR: 900 14880 km/s
S/N: blr 14 hb 28 mg2 51 p0 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5590.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5590.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
130 RM_336 z = 0.8490
z(Shen) = 0.8486 = -57 km/s
S/N: 1950 75 2000 86 2500 204 3000 222 3300 214 3600 202 5100 89 5590 60
NLR/BLR: 900 8100 km/s
S/N: blr 2.6 hb 23 mg2 23 p0 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5590.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1950.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5590.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
131 RM_649 z = 0.8490
z(Shen) = 0.8496 = 91 km/s
S/N: 1940 66 2000 74 2500 135 3000 139 3300 137 3600 136 5100 89 5610 49
NLR/BLR: 900 3740 km/s
S/N: blr -4.5 hb 13 mg2 28 p0 -6.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1940.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5610.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1940.
c2000.
c2500.
c3000.
c3300.
c3600.
c5100.
c5610.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
132 RM_668 z = 0.8530
z(Shen) = 0.8546 = 252 km/s
S/N: 1940 54 2000 60 2500 107 3000 108 3290 106 3600 103 5100 74 5570 50
NLR/BLR: 900 9160 km/s
S/N: blr 4.5 hb 9.7 mg2 21 p0 -5.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5570.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5570.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
133 RM_756 z = 0.8530
z(Shen) = 0.8516 = -227 km/s
S/N: 1940 62 2000 69 2500 121 3000 131 3290 130 3600 131 5100 90 5580 55
NLR/BLR: 900 7670 km/s
S/N: blr 16 hb 28 he2_4686 19 mg2 38 p0 3.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5580.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5580.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
134 RM_838 z = 0.8550
z(Shen) = 0.8565 = 249 km/s
S/N: 1940 35 2000 39 2500 85 3000 91 3290 90 3600 88 5100 72 5570 47
NLR/BLR: 900 15000 km/s
S/N: blr 2.4 hb 18 mg2 15 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5570.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5570.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
135 RM_437 z = 0.8560
z(Shen) = 0.8567 = 111 km/s
S/N: 1940 93 2000 101 2500 137 3000 148 3290 144 3600 140 5100 88 5570 62
NLR/BLR: 900 6560 km/s
S/N: blr 17 hb 49 he2_4686 41 mg2 17 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5570.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1940.
c2000.
c2500.
c3000.
c3290.
c3600.
c5100.
c5570.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
136 RM_102 z = 0.8600
z(Shen) = 0.8611 = 184 km/s
S/N:
1930 165 2000 176 2500 209 3000 213 3270 212 3600 209 5100 138 5550 84
NLR/BLR: 900 5710 km/s
S/N: blr 21 hb 50 mg2 43 p0 -6.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1930.
c2000.
c2500.
c3000.
c3270.
c3600.
c5100.
c5550.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1930.
c2000.
c2500.
c3000.
c3270.
c3600.
c5100.
c5550.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
137 RM_350 z = 0.8600
z(Shen) = 0.8596 = -71 km/s
S/N: 1930 51 2000 61 2500 124 3000 131 3280 126 3600 121 5100 59 5560 36
NLR/BLR: 900 5300 km/s
S/N: blr -5.3 hb 23 he2_4686 56 mg2 20 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1930.
c2000.
c2500.
c3000.
c3280.
c3600.
c5100.
c5560.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1930.
c2000.
c2500.
c3000.
c3280.
c3600.
c5100.
c5560.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
138 RM_525 z = 0.8630
z(Shen) = 0.8651 = 340 km/s
S/N:
1930 122 2000 132 2500 169 3000 167 3270 163 3600 159 5100 108 5540 60
NLR/BLR: 900 2860 km/s
S/N: blr 4.1 hb 22 he2_4686 4.0 mg2 30 p0 7.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1930.
c2000.
c2500.
c3000.
c3270.
c3600.
c5100.
c5540.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1930.
c2000.
c2500.
c3000.
c3270.
c3600.
c5100.
c5540.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
139 RM_370 z = 0.8830
z(Shen) = 0.8825 = -83 km/s
S/N: 1910 39 2000 47 2500 89 3000 99 3240 99 3600 100 5100 69 5490 46
NLR/BLR: 900 10360 km/s
S/N: blr -2.3 mg2 22 p0 -6.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1910.
c2000.
c2500.
c3000.
c3240.
c3600.
c5100.
c5490.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1910.
c2000.
c2500.
c3000.
c3240.
c3600.
c5100.
c5490.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
140 RM_653 z = 0.8830
z(Shen) = 0.8835 = 78 km/s
S/N: 1910 32 2000 41 2500 99 3000 112 3240 113 3600 113 5100 56 5490 33
NLR/BLR: 900 14600 km/s
S/N: blr 4.9 mg2 16 p0 9.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1910.
c2000.
c2500.
c3000.
c3240.
c3600.
c5100.
c5490.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1910.
c2000.
c2500.
c3000.
c3240.
c3600.
c5100.
c5490.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
141 RM_215 z = 0.8840
z(Shen) = 0.8848 = 127 km/s
S/N: 1910 71 2000 86 2500 131 3000 134 3240 133 3600 129 5100 70 5480 48
NLR/BLR: 900 14760 km/s
S/N: blr -6.6 mg2 21 p0 -7.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1910.
c2000.
c2500.
c3000.
c3240.
c3600.
c5100.
c5480.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1910.
c2000.
c2500.
c3000.
c3240.
c3600.
c5100.
c5480.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
142 RM_373 z = 0.8840
z(Shen) = 0.8822 = -286 km/s
S/N: 1910 89 2000 102 2500 136 3000 132 3240 128 3600 126 5100 83 5490 63
NLR/BLR: 900 9730 km/s
S/N: blr 15 hb 29 mg2 32 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1910.
c2000.
c2500.
c3000.
c3240.
c3600.
c5100.
c5490.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1910.
c2000.
c2500.
c3000.
c3240.
c3600.
c5100.
c5490.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
143 RM_123 z = 0.8890
z(Shen) = 0.8910 = 309 km/s
S/N: 1900 85 2000 98 2500 133 3000 139 3220 138 3600 138 5100 82 5460 54
NLR/BLR: 900 10240 km/s
S/N: blr 10 hb 35 mg2 28 p0 -7.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1900.
c2000.
c2500.
c3000.
c3220.
c3600.
c5100.
c5460.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1900.
c2000.
c2500.
c3000.
c3220.
c3600.
c5100.
c5460.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
144 RM_707 z = 0.8900
z(Shen) = 0.8907 = 105 km/s
S/N: 1900 49 2000 60 2500 101 3000 109 3220 104 3600 98 5100 65 5470 58
NLR/BLR: 900 7390 km/s
S/N: blr -2.5 hb 36 he2_4686 23 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1900.
c2000.
c2500.
c3000.
c3220.
c3600.
c5100.
c5470.
blr.
chi-bias.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1900.
c2000.
c2500.
c3000.
c3220.
c3600.
c5100.
c5470.
blr.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
145 RM_053 z = 0.8940
z(Shen) = 0.8946 = 90 km/s
S/N: 1900 61 2000 75 2500 121 3000 124 3220 118 3600 113 5100 47 5450 39
NLR/BLR: 900 6090 km/s
S/N: blr 5.8 c3 10 hb 21 he2_4686 16 mg2 13 p0 -7.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1900.
c2000.
c2500.
c3000.
c3220.
c3600.
c5100.
c5450.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1900.
c2000.
c2500.
c3000.
c3220.
c3600.
c5100.
c5450.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
146 RM_450 z = 0.8960
z(Shen) = 0.8975 = 245 km/s
S/N: 1900 67 2000 86 2500 134 3000 122 3220 115 3600 110 5100 67 5450 55
NLR/BLR: 900 10360 km/s
S/N: blr -4.6 he2_4686 25 mg2 22 p0 -6.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1900.
c2000.
c2500.
c3000.
c3220.
c3600.
c5100.
c5450.
blr.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1900.
c2000.
c2500.
c3000.
c3220.
c3600.
c5100.
c5450.
blr.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
147 RM_009 z = 0.8980
z(Shen) = 0.8998 = 281 km/s
S/N: 1890 63 2000 77 2500 112 3000 120 3210 117 3600 116 5100 56 5440 42
NLR/BLR: 900 5750 km/s
S/N: blr -3.7 c3 11 hb 24 he2_4686 16 mg2 17 p0 -7.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1890.
c2000.
c2500.
c3000.
c3210.
c3600.
c5100.
c5440.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1890.
c2000.
c2500.
c3000.
c3210.
c3600.
c5100.
c5440.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
148 RM_077 z = 0.9140
z(Shen) = 0.9143 = 41 km/s
S/N: 1880 53 2000 66 2500 94 3000 97 3190 94 3600 92 5100 65 5400 55
NLR/BLR: 900 4690 km/s
S/N: blr 3.8 hb 17 he2_4686 9.7 mg2 13 p0 6.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1880.
c2000.
c2500.
c3000.
c3190.
c3600.
c5100.
c5400.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1880.
c2000.
c2500.
c3000.
c3190.
c3600.
c5100.
c5400.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
149 RM_675 z = 0.9180
z(Shen) = 0.9192 = 181 km/s
S/N:
1870 112 2000 128 2500 156 3000 161 3170 161 3600 162 5100 101 5380 74
NLR/BLR: 900 8710 km/s
S/N: blr 4.5 c3 33 hb 31 mg2 42 p0 -8.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5380.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5380.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
150 RM_714 z = 0.9210
z(Shen) = 0.9214 = 56 km/s
S/N: 1870 85 2000 105 2500 150 3000 164 3170 164 3600 163 5100 101 5380 94
NLR/BLR: 900 11250 km/s
S/N: blr -9.4 hb -9.4 he2_4686 46 mg2 49 p0 -6.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5380.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5380.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
151 RM_204 z = 0.9220
z(Shen) = 0.9231 = 165 km/s
S/N: 1870 155 2000 179 2500 205 3000 202 3170 200 3600 200 5100 92 5370 67
NLR/BLR: 900 8680 km/s
S/N: blr 2.3 c3 40 hb 25 he2_4686 33 mg2 46 p0 -2.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5370.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5370.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
152 RM_407 z = 0.9220
z(Shen) = 0.9225 = 75 km/s
S/N: 1870 78 2000 100 2500 147 3000 154 3170 152 3600 149 5100 85 5370 67
NLR/BLR: 900 6210 km/s
S/N: blr 5.8 hb 22 mg2 27 p0 -3.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5370.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5370.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
153 RM_659 z = 0.9220
z(Shen) = 0.9239 = 301 km/s
S/N: 1870 88 2000 111 2500 144 3000 151 3170 151 3600 151 5100 80 5370 57
NLR/BLR: 900 7190 km/s
S/N: blr 7.4 hb 16 mg2 41 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5370.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5370.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
154 RM_090 z = 0.9230
z(Shen) = 0.9242 = 193 km/s
S/N: 1870 49 2000 61 2500 100 3000 110 3170 109 3600 106 5100 69 5370 55
NLR/BLR: 900 14380 km/s
S/N: blr -7.1 hb 11 he2_4686 12 mg2 56 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5370.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5370.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
155 RM_094 z = 0.9260
z(Shen) = 0.9272 = 179 km/s
S/N: 1870 47 2000 59 2500 82 3000 90 3170 88 3600 82 5100 46 5360 42
NLR/BLR: 900 9440 km/s
S/N: blr -5.0 hb 9.4 he2_4686 15 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5360.
blr.
chi-bias.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1870.
c2000.
c2500.
c3000.
c3170.
c3600.
c5100.
c5360.
blr.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
156 RM_376 z = 0.9330
z(Shen) = 0.9339 = 133 km/s
S/N: 1860 53 2000 65 2500 98 3000 121 3150 123 3600 129 5100 58 5340 48
NLR/BLR: 900 4110 km/s
S/N: blr 9.0 c3 23 hb 20 he2_4686 9.8 mg2 16 p0 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1860.
c2000.
c2500.
c3000.
c3150.
c3600.
c5100.
c5340.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1860.
c2000.
c2500.
c3000.
c3150.
c3600.
c5100.
c5340.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
157 RM_750 z = 0.9500
z(Shen) = 0.9496 = -58 km/s
S/N: 1850 50 2000 77 2500 136 3000 145 3130 143 3600 137 5100 52 5300 45
NLR/BLR: 900 6630 km/s
S/N: blr 11 c3 16 hb 17 mg2 34 p0 -6.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1850.
c2000.
c2500.
c3000.
c3130.
c3600.
c5100.
c5300.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1850.
c2000.
c2500.
c3000.
c3130.
c3600.
c5100.
c5300.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
158 RM_813 z = 0.9550
z(Shen) = 0.9554 = 57 km/s
S/N: 1840 69 2000 85 2500 118 3000 127 3120 127 3600 124 5100 54 5280 46
NLR/BLR: 900 4230 km/s
S/N: blr -2.6 c3 14 hb 8.5 he2_4686 18 mg2 21 p0 -8.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1840.
c2000.
c2500.
c3000.
c3120.
c3600.
c5100.
c5280.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1840.
c2000.
c2500.
c3000.
c3120.
c3600.
c5100.
c5280.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
159 RM_808 z = 0.9560
z(Shen) = 0.9577 = 261 km/s
S/N: 1840 100 2000 126 2500 148 3000 149 3120 147 3600 145 5100 61 5280 56
NLR/BLR: 900 14450 km/s
S/N: blr -8.4 hb 15 he2_4686 27 mg2 37 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1840.
c2000.
c2500.
c3000.
c3120.
c3600.
c5100.
c5280.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1840.
c2000.
c2500.
c3000.
c3120.
c3600.
c5100.
c5280.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
160 RM_478 z = 0.9570
z(Shen) = 0.9560 = -152 km/s
S/N: 1840 93 2000 129 2500 170 3000 178 3120 178 3600 179 5100 45 5280 42
NLR/BLR: 900 10360 km/s
S/N: blr 11 c3 40 hb 30 he2_4686 36 mg2 54 p0 -5.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1840.
c2000.
c2500.
c3000.
c3120.
c3600.
c5100.
c5280.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1840.
c2000.
c2500.
c3000.
c3120.
c3600.
c5100.
c5280.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
161 RM_814 z = 0.9580
z(Shen) = 0.9581 = 11 km/s
S/N: 1840 42 2000 56 2500 87 3000 97 3120 99 3600 103 5100 39 5280 37
NLR/BLR: 900 14690 km/s
S/N: blr -7.6 hb 19 mg2 19 p0 -6.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1840.
c2000.
c2500.
c3000.
c3120.
c3600.
c5100.
c5280.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1840.
c2000.
c2500.
c3000.
c3120.
c3600.
c5100.
c5280.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
162 RM_643 z = 0.9610
z(Shen) = 0.9622 = 180 km/s
S/N: 1830 46 2000 65 2500 88 3000 88 3110 87 3600 89 5100 59 5270 52
NLR/BLR: 900 8820 km/s
S/N: blr -5.3 mg2 18 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1830.
c2000.
c2500.
c3000.
c3110.
c3600.
c5100.
c5270.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1830.
c2000.
c2500.
c3000.
c3110.
c3600.
c5100.
c5270.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
163 RM_685 z = 0.9620
z(Shen) = 0.9625 = 83 km/s
S/N: 1830 56 2000 69 2500 116 3000 135 3100 137 3600 149 5100 96 5260 92
NLR/BLR: 900 9240 km/s
S/N: blr 20 c3 26 hb 29 mg2 29 p0 8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5260.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5260.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
164 RM_492 z = 0.9630
z(Shen) = 0.9637 = 104 km/s
S/N: 1830 114 2000 135 2500 148 3000 160 3100 161 3600 164 5100 82 5260 66
NLR/BLR: 900 8640 km/s
S/N: blr 20 c3 47 hb 24 mg2 40 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5260.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5260.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
165 RM_134 z = 0.9640
z(Shen) = 0.9638 = -37 km/s
S/N: 1830 91 2000 114 2500 149 3000 158 3100 158 3600 158 5100 68 5260 55
NLR/BLR: 900 5340 km/s
S/N: blr 12 c3 31 hb 45 he2_4686 25 mg2 45 p0 -8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5260.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5260.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
166 RM_121 z = 0.9680
z(Shen) = 0.9673 = -105 km/s
S/N:
1830 114 2000 150 2500 175 3000 174 3100 174 3600 176 5100 109 5250 94
NLR/BLR: 900 7140 km/s
S/N: blr -5.9 c3 20 hb 15 he2_4686 21 mg2 33 p0 -7.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5250.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5250.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
167 RM_173 z = 0.9700
z(Shen) = 0.9722 = 333 km/s
S/N: 1820 76 2000 110 2500 141 3000 138 3090 136 3600 130 5100 56 5240 48
NLR/BLR: 900 12080 km/s
S/N: blr -7.6 c3 35 mg2 39 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1820.
c2000.
c2500.
c3000.
c3090.
c3600.
c5100.
c5240.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1820.
c2000.
c2500.
c3000.
c3090.
c3600.
c5100.
c5240.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
168 RM_211 z = 0.9710
z(Shen) = 0.9706 = -55 km/s
S/N: 1830 124 2000 187 2500 245 3000 247 3100 242 3600 224 5100 54 5240 49
NLR/BLR: 900 6760 km/s
S/N: blr 14 c3 37 hb 35 he2_4686 27 mg2 50 p0 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5240.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1830.
c2000.
c2500.
c3000.
c3100.
c3600.
c5100.
c5240.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
169 RM_681 z = 0.9720
z(Shen) = 0.9730 = 152 km/s
S/N: 1820 38 2000 57 2500 91 3000 96 3090 95 3600 91 5100 50 5240 45
NLR/BLR: 900 9670 km/s
S/N: blr -6.1 c3 12 mg2 17 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1820.
c2000.
c2500.
c3000.
c3090.
c3600.
c5100.
c5240.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1820.
c2000.
c2500.
c3000.
c3090.
c3600.
c5100.
c5240.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
170 RM_839 z = 0.9750
z(Shen) = 0.9751 = 15 km/s
S/N: 1820 62 2000 100 2500 153 3000 157 3090 156 3600 154 5100 60 5230 51
NLR/BLR: 900 15000 km/s
S/N: blr -7.0 mg2 34 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1820.
c2000.
c2500.
c3000.
c3090.
c3600.
c5100.
c5230.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1820.
c2000.
c2500.
c3000.
c3090.
c3600.
c5100.
c5230.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
171 RM_428 z = 0.9760
z(Shen) = 0.9802 = 639 km/s
S/N:
1820 125 2000 144 2500 157 3000 165 3080 165 3600 164 5100 102 5220 91
NLR/BLR: 900 6110 km/s
S/N: blr 48 c3 47 hb 49 he2_4686 26 mg2 47 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1820.
c2000.
c2500.
c3000.
c3080.
c3600.
c5100.
c5220.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1820.
c2000.
c2500.
c3000.
c3080.
c3600.
c5100.
c5220.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
172 RM_203 z = 0.9770
z(Shen) = 0.9763 = -100 km/s
S/N: 1820 52 2000 87 2500 126 3000 124 3090 122 3600 121 5100 43 5230 39
NLR/BLR: 900 4670 km/s
S/N: blr 9.9 c3 21 hb 19 mg2 23 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1820.
c2000.
c2500.
c3000.
c3090.
c3600.
c5100.
c5230.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1820.
c2000.
c2500.
c3000.
c3090.
c3600.
c5100.
c5230.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
173 RM_545 z = 0.9790
z(Shen) = 0.9809 = 285 km/s
S/N: 1820 96 2000 119 2500 132 3000 133 3080 133 3600 133 5100 59 5220 53
NLR/BLR: 900 12950 km/s
S/N: blr -6.2 mg2 35 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1820.
c2000.
c2500.
c3000.
c3080.
c3600.
c5100.
c5220.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1820.
c2000.
c2500.
c3000.
c3080.
c3600.
c5100.
c5220.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
174 RM_133 z = 0.9810
z(Shen) = 0.9814 = 58 km/s
S/N: 1820 70 2000 105 2500 143 3000 135 3080 131 3600 117 5100 48 5210 45
NLR/BLR: 900 4390 km/s
S/N: blr -4.8 c3 20 hb 10 he2_4686 15 mg2 22 p0 9.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1820.
c2000.
c2500.
c3000.
c3080.
c3600.
c5100.
c5210.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1820.
c2000.
c2500.
c3000.
c3080.
c3600.
c5100.
c5210.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
175 RM_302 z = 0.9810
z(Shen) = 0.9814 = 65 km/s
S/N: 1820 65 2000 92 2500 113 3000 104 3080 103 3600 100 5100 38 5210 37
NLR/BLR: 900 6750 km/s
S/N: blr 4.2 c3 19 hb 16 he2_4686 16 mg2 20 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1820.
c2000.
c2500.
c3000.
c3080.
c3600.
c5100.
c5210.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1820.
c2000.
c2500.
c3000.
c3080.
c3600.
c5100.
c5210.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
176 RM_061 z = 0.9830
z(Shen) = 0.9838 = 119 km/s
S/N: 1810 80 2000 115 2500 153 3000 165 3070 164 3600 157 5100 52 5210 51
NLR/BLR: 900 6160 km/s
S/N: blr 16 c3 27 hb 24 he2_4686 20 mg2 25 p0 1.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5210.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5210.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
177 RM_783 z = 0.9840
z(Shen) = 0.9851 = 165 km/s
S/N: 1810 144 2000 169 2500 192 3000 197 3070 196 3600 194 5100 84 5200 74
NLR/BLR: 900 7530 km/s
S/N: blr 20 c3 43 hb 57 he2_4686 41 mg2 60 p0 -2.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
178 RM_764 z = 0.9850
z(Shen) = 0.9850 = -8 km/s
S/N: 1810 32 2000 53 2500 97 3000 99 3070 98 3600 89 5100 51 5200 50
NLR/BLR: 900 8730 km/s
S/N: blr 7.2 c3 15 he2_4686 18 mg2 25 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
179 RM_122 z = 0.9860
z(Shen) = 0.9862 = 27 km/s
S/N: 1810 67 2000 104 2500 152 3000 158 3070 157 3600 155 5100 66 5200 62
NLR/BLR: 900 6780 km/s
S/N: blr 6.5 c3 17 hb 19 he2_4686 19 mg2 15 p0 -7.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
180 RM_356 z = 0.9860
z(Shen) = 0.9865 = 69 km/s
S/N: 1810 154 2000 173 2500 184 3000 181 3070 181 3600 178 5100 78 5200 72
NLR/BLR: 900 5700 km/s
S/N: blr 51 c3 52 hb 38 he2_4686 35 mg2 53 p0 -8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
181 RM_185 z = 0.9870
z(Shen) = 0.9867 = -50 km/s
S/N: 1810 93 2000 168 2500 238 3000 237 3070 234 3600 217 5100 55 5200 51
NLR/BLR: 900 14910 km/s
S/N: blr -7.0 hb 20 mg2 22 p0 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5200.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
182 RM_460 z = 0.9900
z(Shen) = 0.9900 = 2 km/s
S/N:
1810 168 2000 183 2500 189 3000 190 3060 189 3600 189 5100 112 5190 103
NLR/BLR: 900 10640 km/s
S/N: blr 32 c3 73 hb 39 mg2 57 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3060.
c3600.
c5100.
c5190.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3060.
c3600.
c5100.
c5190.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
183 RM_572 z = 0.9900
z(Shen) = 0.9926 = 386 km/s
S/N: 1810 72 2000 107 2500 142 3000 138 3070 137 3600 133 5100 52 5190 49
NLR/BLR: 900 11430 km/s
S/N: blr -8.0 c3 21 he2_4686 16 mg2 25 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5190.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3070.
c3600.
c5100.
c5190.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
184 RM_593 z = 0.9900
z(Shen) = 0.9919 = 289 km/s
S/N: 1810 106 2000 136 2500 152 3000 148 3060 147 3600 138 5100 60 5190 55
NLR/BLR: 900 5760 km/s
S/N: blr 21 c3 24 hb 21 mg2 33 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3060.
c3600.
c5100.
c5190.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3060.
c3600.
c5100.
c5190.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
185 RM_255 z = 0.9920
z(Shen) = 0.9932 = 176 km/s
S/N: 1810 63 2000 102 2500 121 3000 112 3060 111 3600 98 5100 49 5180 44
NLR/BLR: 900 11500 km/s
S/N: blr 9.0 c3 -9.4 mg2 26 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1810.
c2000.
c2500.
c3000.
c3060.
c3600.
c5100.
c5180.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1810.
c2000.
c2500.
c3000.
c3060.
c3600.
c5100.
c5180.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
186 RM_258 z = 0.9940
z(Shen) = 0.9952 = 186 km/s
S/N: 1800 33 2000 49 2500 85 3000 106 3050 107 3600 116 5100 46 5180 43
NLR/BLR: 900 8870 km/s
S/N: blr 2.1 c3 11 mg2 16 p0 22
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5180.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5180.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
187 RM_260 z = 0.9950
z(Shen) = 0.9954 = 66 km/s
S/N: 1800 147 2000 176 2500 191 3000 194 3050 193 3600 189 5100 92 5180 86
NLR/BLR: 900 4550 km/s
S/N: blr 28 c3 55 hb 37 mg2 53 p0 -5.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5180.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5180.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
188 RM_480 z = 0.9960
z(Shen) = 0.9952 = -123 km/s
S/N: 1800 46 2000 65 2500 74 3000 69 3050 68 3600 65 5100 33 5180 31
NLR/BLR: 900 12040 km/s
S/N: blr -0.35 hb -1.6 mg2 18 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5180.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5180.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
189 RM_187 z = 0.9970
z(Shen) = 0.9976 = 86 km/s
S/N: 1800 60 2000 69 2500 74 3000 89 3050 89 3600 89 5100 62 5170 61
NLR/BLR: 900 11850 km/s
S/N: blr 7.2 he2_4686 3.6 mg2 23 p0 -6.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5170.
blr.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5170.
blr.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
190 RM_588 z = 0.9980
z(Shen) = 0.9980 = 7 km/s
S/N: 1800 141 2000 164 2500 176 3000 175 3050 175 3600 174 5100 82 5170 76
NLR/BLR: 900 6200 km/s
S/N: blr 33 c3 45 hb 38 he2_4686 4.8 mg2 55 p0 -8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5170.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5170.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
191 RM_489 z = 1.0020
z(Shen) = 1.0030 = 148 km/s
S/N: 1800 52 2000 86 2500 115 3000 118 3050 117 3600 116 5100 33 5160 31
NLR/BLR: 900 4260 km/s
S/N: blr -5.5 c3 13 hb 9.8 he2_4686 10 mg2 12 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5160.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5160.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
192 RM_193 z = 1.0030
z(Shen) = 1.0026 = -54 km/s
S/N: 1800 125 2000 211 2500 299 3000 312 3050 310 3600 298 5100 64 5160 62
NLR/BLR: 900 5150 km/s
S/N: blr 3.7 c3 25 hb 12 he2_4686 12 p0 27
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5160.
blr.
c3.
chi-bias.
hb.
he2_4686.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5160.
blr.
c3.
hb.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
193 RM_469 z = 1.0060
z(Shen) = 1.0041 = -288 km/s
S/N: 1800 88 2000 133 2500 154 3000 165 3050 165 3600 173 5100 99 5160 94
NLR/BLR: 900 7760 km/s
S/N: blr 68 c3 33 hb 48 mg2 48 p0 -7.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5160.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1800.
c2000.
c2500.
c3000.
c3050.
c3600.
c5100.
c5160.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
194 RM_005 z = 1.0200
z(Shen) = 1.0206 = 89 km/s
S/N: 1780 68 2000 112 2500 147 3000 146 3020 145 3600 136 5100 49 5110 48
NLR/BLR: 900 7000 km/s
S/N: blr 27 c3 25 hb 14 he2_4686 9.6 mg2 30 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1780.
c2000.
c2500.
c3000.
c3020.
c3600.
c5100.
c5110.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1780.
c2000.
c2500.
c3000.
c3020.
c3600.
c5100.
c5110.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
195 RM_278 z = 1.0220
z(Shen) = 1.0239 = 289 km/s
S/N: 1780 85 2000 122 2500 139 3000 139 3010 139 3600 135 5100 43
NLR/BLR: 900 8450 km/s
S/N: blr -3.9 c3 21 hb 12 he2_4686 14 mg2 31 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1780.
c2000.
c2500.
c3000.
c3010.
c3600.
c5100.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1780.
c2000.
c2500.
c3000.
c3010.
c3600.
c5100.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
196 RM_027 z = 1.0230
z(Shen) = 1.0234 = 62 km/s
S/N: 1780 38 2000 63 2500 104 3000 119 3020 119 3600 131 5100 30 5110 30
NLR/BLR: 900 9100 km/s
S/N: blr 4.1 c3 13 mg2 15 p0 -8.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1780.
c2000.
c2500.
c3000.
c3020.
c3600.
c5100.
c5110.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1780.
c2000.
c2500.
c3000.
c3020.
c3600.
c5100.
c5110.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
197 RM_192 z = 1.0240
z(Shen) = 1.0237 = -44 km/s
S/N: 1780 51 2000 92 2500 143 3000 148 3020 148 3600 144 5100 48 5110 48
NLR/BLR: 900 12450 km/s
S/N: blr 12 c3 21 hb 15 mg2 27 p0 -5.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1780.
c2000.
c2500.
c3000.
c3020.
c3600.
c5100.
c5110.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1780.
c2000.
c2500.
c3000.
c3020.
c3600.
c5100.
c5110.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
198 RM_021 z = 1.0260
z(Shen) = 1.0272 = 176 km/s
S/N: 1780 55 2000 86 2500 102 3000 101 3010 101 3600 94 5100 37
NLR/BLR: 900 3690 km/s
S/N: blr -5.7 c3 11 hb 15 he2_4686 10 mg2 13 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1780.
c2000.
c2500.
c3000.
c3010.
c3600.
c5100.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1780.
c2000.
c2500.
c3000.
c3010.
c3600.
c5100.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
199 RM_297 z = 1.0260
z(Shen) = 1.0270 = 141 km/s
S/N: 1780 72 2000 101 2500 110 3000 115 3010 115 3600 119 5100 41
NLR/BLR: 900 2840 km/s
S/N: blr 5.2 c3 32 hb 12 he2_4686 7.8 mg2 18 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1780.
c2000.
c2500.
c3000.
c3010.
c3600.
c5100.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1780.
c2000.
c2500.
c3000.
c3010.
c3600.
c5100.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
200 RM_546 z = 1.0280
z(Shen) = 1.0298 = 262 km/s
S/N: 1770 50 2000 71 2500 89 3000 93 3600 90 5090 46
NLR/BLR: 900 8050 km/s
S/N: blr 12 c3 15 hb -9.3 mg2 21 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1770.
c2000.
c2500.
c3000.
c3600.
c5090.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1770.
c2000.
c2500.
c3000.
c3600.
c5090.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
201 RM_697 z = 1.0280
z(Shen) = 1.0279 = -21 km/s
S/N: 1770 43 2000 69 2500 94 3000 92 3600 85 5090 44
NLR/BLR: 900 9880 km/s
S/N: blr -4.3 c3 9.6 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1770.
c2000.
c2500.
c3000.
c3600.
c5090.
blr.
c3.
chi-bias.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1770.
c2000.
c2500.
c3000.
c3600.
c5090.
blr.
c3.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
202 RM_285 z = 1.0340
z(Shen) = 1.0342 = 28 km/s
S/N: 1770 87 2000 130 2500 157 3000 160 3600 159 5080 30
NLR/BLR: 900 10270 km/s
S/N: blr 5.8 c3 30 hb 17 mg2 29 p0 -8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1770.
c2000.
c2500.
c3000.
c3600.
c5080.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1770.
c2000.
c2500.
c3000.
c3600.
c5080.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
203 RM_465 z = 1.0590
z(Shen) = 1.0593 = 45 km/s
S/N: 1750 130 2000 155 2500 169 2960 165 3000 165 3600 170 5020 81
NLR/BLR: 900 11420 km/s
S/N: blr 70 c3 45 hb 23 mg2 46 p0 -8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1750.
c2000.
c2500.
c2960.
c3000.
c3600.
c5020.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1750.
c2000.
c2500.
c2960.
c3000.
c3600.
c5020.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
204 RM_422 z = 1.0730
z(Shen) = 1.0736 = 81 km/s
S/N: 1740 101 2000 173 2500 205 2940 208 3000 208 3600 206 4980 40
NLR/BLR: 900 11250 km/s
S/N: blr -4.8 c3 37 he2_4686 13 mg2 41 p0 4.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1740.
c2000.
c2500.
c2940.
c3000.
c3600.
c4980.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1740.
c2000.
c2500.
c2940.
c3000.
c3600.
c4980.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
205 RM_427 z = 1.0730
z(Shen) = 1.0746 = 224 km/s
S/N: 1730 57 2000 108 2500 133 2940 127 3000 126 3600 119 4980 40
NLR/BLR: 900 6740 km/s
S/N: blr -1.7 c3 21 he2_4686 12 mg2 26 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1730.
c2000.
c2500.
c2940.
c3000.
c3600.
c4980.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1730.
c2000.
c2500.
c2940.
c3000.
c3600.
c4980.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
206 RM_125 z = 1.0760
z(Shen) = 1.0755 = -74 km/s
S/N: 1730 49 2000 95 2500 135 2940 133 3000 133 3600 128 4980 27
NLR/BLR: 900 8180 km/s
S/N: blr 6.3 c3 15 hb -9.4 he2_4686 5.6 mg2 22 p0 -5.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1730.
c2000.
c2500.
c2940.
c3000.
c3600.
c4980.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1730.
c2000.
c2500.
c2940.
c3000.
c3600.
c4980.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
207 RM_328 z = 1.0760
z(Shen) = 1.0771 = 166 km/s
S/N: 1730 118 2000 152 2500 166 2930 163 3000 163 3600 160 4970 54
NLR/BLR: 900 6090 km/s
S/N: blr 17 c3 43 hb 21 mg2 34 p0 -7.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1730.
c2000.
c2500.
c2930.
c3000.
c3600.
c4970.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1730.
c2000.
c2500.
c2930.
c3000.
c3600.
c4970.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
208 RM_290 z = 1.0780
z(Shen) = 1.0785 = 78 km/s
S/N: 1730 107 2000 148 2500 157 2930 160 3000 160 3600 160 4970 56
NLR/BLR: 900 4480 km/s
S/N: blr 27 c3 37 hb 22 mg2 33 p0 -8.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1730.
c2000.
c2500.
c2930.
c3000.
c3600.
c4970.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1730.
c2000.
c2500.
c2930.
c3000.
c3600.
c4970.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
209 RM_472 z = 1.0800
z(Shen) = 1.0824 = 340 km/s
S/N: 1730 84 2000 117 2500 133 2930 138 3000 138 3600 142 4960 68
NLR/BLR: 900 9570 km/s
S/N: blr 23 c3 28 hb -2.5 mg2 37 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1730.
c2000.
c2500.
c2930.
c3000.
c3600.
c4960.
blr.
c3.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1730.
c2000.
c2500.
c2930.
c3000.
c3600.
c4960.
blr.
c3.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
210 RM_165 z = 1.0860
z(Shen) = 1.0848 = -180 km/s
S/N: 1730 56 2000 94 2500 109 2930 104 3000 103 3600 92 4960 47
NLR/BLR: 900 8480 km/s
S/N: blr 4.6 c3 19 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1730.
c2000.
c2500.
c2930.
c3000.
c3600.
c4960.
blr.
c3.
chi-bias.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1730.
c2000.
c2500.
c2930.
c3000.
c3600.
c4960.
blr.
c3.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
211 RM_333 z = 1.0890
z(Shen) = 1.0947 = 821 km/s
S/N: 1720 63 2000 100 2500 93 2910 85 3000 83 3600 77 4930 30
NLR/BLR: 900 2830 km/s
S/N: blr -7.4 hb 15 he2_4686 7.8 mg2 13 p0 -8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1720.
c2000.
c2500.
c2910.
c3000.
c3600.
c4930.
blr.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1720.
c2000.
c2500.
c2910.
c3000.
c3600.
c4930.
blr.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
212 RM_823 z = 1.1010
z(Shen) = 1.1014 = 51 km/s
S/N: 1710 50 2000 90 2500 91 2900 86 3000 85 3600 92 4920 38
NLR/BLR: 900 12950 km/s
S/N: blr 11 mg2 24 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1710.
c2000.
c2500.
c2900.
c3000.
c3600.
c4920.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1710.
c2000.
c2500.
c2900.
c3000.
c3600.
c4920.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
213 RM_773 z = 1.1030
z(Shen) = 1.1065 = 495 km/s
S/N: 1710 108 2000 154 2500 178 2890 176 3000 175 3600 173 4900 69
NLR/BLR: 900 9800 km/s
S/N: blr 23 c3 37 mg2 41 p0 -7.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1710.
c2000.
c2500.
c2890.
c3000.
c3600.
c4900.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1710.
c2000.
c2500.
c2890.
c3000.
c3600.
c4900.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
214 RM_354 z = 1.1110
z(Shen) = 1.1112 = 34 km/s
S/N: 1700 44 2000 90 2500 122 2880 119 3000 117 3600 104 4890 42
NLR/BLR: 900 13890 km/s
S/N: blr 11 c3 20 mg2 -0.61 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4890.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4890.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
215 RM_296 z = 1.1200
z(Shen) = 1.1202 = 27 km/s
S/N: 1700 121 2000 153 2500 159 2880 159 3000 159 3600 157 4870 50
NLR/BLR: 900 7200 km/s
S/N: blr 43 c3 42 hb 10 he2_4686 13 mg2 44 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4870.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
hb.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4870.
blr.
c3.
hb.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
216 RM_443 z = 1.1220
z(Shen) = 1.1225 = 71 km/s
S/N: 1700 51 2000 90 2500 98 2880 100 3000 100 3600 100 4870 44
NLR/BLR: 900 6210 km/s
S/N: blr 10 hb 8.3 mg2 19 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4870.
blr.
chi-bias.
hb.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
hb.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4870.
blr.
hb.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
217 RM_306 z = 1.1230
z(Shen) = 1.1206 = -335 km/s
S/N: 1700 54 2000 91 2500 112 2880 116 3000 115 3600 109 4870 59
NLR/BLR: 900 8570 km/s
S/N: blr 9.8 c3 9.7 he2_4686 -9.4 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4870.
blr.
c3.
chi-bias.
he2_4686.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4870.
blr.
c3.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
218 RM_020 z = 1.1240
z(Shen) = 1.1243 = 42 km/s
S/N: 1690 50 1700 51 2000 92 2500 102 2870 97 3000 93 3600 79 4860 56
NLR/BLR: 900 2830 km/s
S/N: blr -6.0 c3 11 he2_4686 28 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1690.
c1700.
c2000.
c2500.
c2870.
c3000.
c3600.
c4860.
blr.
c3.
chi-bias.
he2_4686.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1690.
c1700.
c2000.
c2500.
c2870.
c3000.
c3600.
c4860.
blr.
c3.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
219 RM_757 z = 1.1250
z(Shen) = 1.1228 = -317 km/s
S/N: 1700 47 2000 95 2500 118 2880 114 3000 112 3600 108 4870 42
NLR/BLR: 900 14410 km/s
S/N: blr 1.8 mg2 22 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4870.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1700.
c2000.
c2500.
c2880.
c3000.
c3600.
c4870.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
220 RM_728 z = 1.1290
z(Shen) = 1.1279 = -153 km/s
S/N: 1690 51 1700 52 2000 98 2500 111 2860 103 3000 100 3600 95 4850 44
NLR/BLR: 900 6150 km/s
S/N: blr 5.8 c3 13 he2_4686 13 mg2 22 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1690.
c1700.
c2000.
c2500.
c2860.
c3000.
c3600.
c4850.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1690.
c1700.
c2000.
c2500.
c2860.
c3000.
c3600.
c4850.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
221 RM_197 z = 1.1300
z(Shen) = 1.1307 = 97 km/s
S/N:
1690 114 1700 116 2000 199 2500 210 2860 210 3000 209 3600 205 4850 42
NLR/BLR: 900 5200 km/s
S/N: blr 19 c3 42 he2_4686 7.7 mg2 23 p0 21
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1690.
c1700.
c2000.
c2500.
c2860.
c3000.
c3600.
c4850.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1690.
c1700.
c2000.
c2500.
c2860.
c3000.
c3600.
c4850.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
222 RM_308 z = 1.1300
z(Shen) = 1.1300 = -7 km/s
S/N: 1690 30 1700 30 2000 69 2500 87 2860 83 3000 82 3600 78 4850 30
NLR/BLR: 900 8950 km/s
S/N: blr 6.7 c3 25 he2_4686 9.4 mg2 27 p0 -5.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1690.
c1700.
c2000.
c2500.
c2860.
c3000.
c3600.
c4850.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1690.
c1700.
c2000.
c2500.
c2860.
c3000.
c3600.
c4850.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
223 RM_111 z = 1.1330
z(Shen) = 1.1329 = -13 km/s
S/N: 1690 56 1700 57 2000 102 2500 109 2860 101 3000 100 3600 93 4840 34
NLR/BLR: 900 9530 km/s
S/N: blr 8.4 c3 16 he2_4686 -9.4 mg2 22 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1690.
c1700.
c2000.
c2500.
c2860.
c3000.
c3600.
c4840.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1690.
c1700.
c2000.
c2500.
c2860.
c3000.
c3600.
c4840.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
224 RM_047 z = 1.1390
z(Shen) = 1.1389 = -10 km/s
S/N: 1680 72 1700 74 2000 120 2500 125 2850 124 3000 123 3600 114 4830 43
NLR/BLR: 900 9040 km/s
S/N: blr 1.9 c3 18 he2_4686 -9.2 p0 -8.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1680.
c1700.
c2000.
c2500.
c2850.
c3000.
c3600.
c4830.
blr.
c3.
chi-bias.
he2_4686.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1680.
c1700.
c2000.
c2500.
c2850.
c3000.
c3600.
c4830.
blr.
c3.
he2_4686.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
225 RM_152 z = 1.1400
z(Shen) = 1.1438 = 534 km/s
S/N: 1680 36 1700 38 2000 79 2500 99 2850 99 3000 95 3600 75 4820 43
NLR/BLR: 900 9620 km/s
S/N: blr -5.5 c3 10 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1680.
c1700.
c2000.
c2500.
c2850.
c3000.
c3600.
c4820.
blr.
c3.
chi-bias.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1680.
c1700.
c2000.
c2500.
c2850.
c3000.
c3600.
c4820.
blr.
c3.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
226 RM_505 z = 1.1440
z(Shen) = 1.1443 = 42 km/s
S/N: 1680 60 1700 62 2000 113 2500 125 2850 115 3000 113 3600 109 4820 23
NLR/BLR: 900 11640 km/s
S/N: blr -7.3 c3 23 he2_4686 20 mg2 27 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1680.
c1700.
c2000.
c2500.
c2850.
c3000.
c3600.
c4820.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1680.
c1700.
c2000.
c2500.
c2850.
c3000.
c3600.
c4820.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
227 RM_067 z = 1.1450
z(Shen) = 1.1455 = 71 km/s
S/N:
1680 134 1700 137 2000 167 2500 169 2840 168 3000 166 3600 164 4810 73
NLR/BLR: 900 2700 km/s
S/N: blr 28 c3 43 he2_4686 13 mg2 42 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1680.
c1700.
c2000.
c2500.
c2840.
c3000.
c3600.
c4810.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1680.
c1700.
c2000.
c2500.
c2840.
c3000.
c3600.
c4810.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
228 RM_459 z = 1.1540
z(Shen) = 1.1555 = 213 km/s
S/N: 1670 71 1700 75 2000 132 2500 150 2830 149 3000 147 3600 140 4790 53
NLR/BLR: 900 9380 km/s
S/N: blr 12 c3 30 mg2 37 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1670.
c1700.
c2000.
c2500.
c2830.
c3000.
c3600.
c4790.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1670.
c1700.
c2000.
c2500.
c2830.
c3000.
c3600.
c4790.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
229 RM_501 z = 1.1540
z(Shen) = 1.1546 = 88 km/s
S/N: 1670 86 1700 90 2000 134 2500 140 2830 135 3000 133 3600 128 4790 46
NLR/BLR: 900 7030 km/s
S/N: blr 4.4 c3 18 mg2 30 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1670.
c1700.
c2000.
c2500.
c2830.
c3000.
c3600.
c4790.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1670.
c1700.
c2000.
c2500.
c2830.
c3000.
c3600.
c4790.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
230 RM_105 z = 1.1560
z(Shen) = 1.1563 = 47 km/s
S/N: 1670 44 1700 47 2000 111 2500 146 2830 144 3000 142 3600 136 4790 49
NLR/BLR: 900 15000 km/s
S/N: blr 12 c3 47 mg2 66 p0 -6.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1670.
c1700.
c2000.
c2500.
c2830.
c3000.
c3600.
c4790.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1670.
c1700.
c2000.
c2500.
c2830.
c3000.
c3600.
c4790.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
231 RM_174 z = 1.1610
z(Shen) = 1.1628 = 244 km/s
S/N: 1660 59 1700 63 2000 111 2500 114 2820 112 3000 113 3600 116 4780 51
NLR/BLR: 900 4850 km/s
S/N: blr -6.1 c3 16 mg2 24 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1660.
c1700.
c2000.
c2500.
c2820.
c3000.
c3600.
c4780.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1660.
c1700.
c2000.
c2500.
c2820.
c3000.
c3600.
c4780.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
232 RM_170 z = 1.1630
z(Shen) = 1.1628 = -35 km/s
S/N: 1660 79 1700 84 2000 134 2500 155 2820 151 3000 149 3600 147 4780 57
NLR/BLR: 900 15000 km/s
S/N: blr 21 c3 36 he2_4686 -9.4 mg2 36 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1660.
c1700.
c2000.
c2500.
c2820.
c3000.
c3600.
c4780.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1660.
c1700.
c2000.
c2500.
c2820.
c3000.
c3600.
c4780.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
233 RM_022 z = 1.1640
z(Shen) = 1.1648 = 105 km/s
S/N: 1660 35 1700 38 2000 81 2500 102 2810 97 3000 94 3600 90 4770 31
NLR/BLR: 900 11230 km/s
S/N: blr 9.3 c3 17 mg2 25 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4770.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4770.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
234 RM_060 z = 1.1650
z(Shen) = 1.1652 = 21 km/s
S/N: 1660 58 1700 63 2000 118 2500 136 2810 138 3000 138 3600 128 4770 42
NLR/BLR: 900 6250 km/s
S/N: blr 6.7 c3 16 mg2 19 p0 2.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4770.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4770.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
235 RM_384 z = 1.1680
z(Shen) = 1.1723 = 590 km/s
S/N: 1660 60 1700 66 2000 116 2500 127 2810 120 3000 117 3600 110 4760 31
NLR/BLR: 900 10070 km/s
S/N: blr -4.8 c3 22 he2_4686 -9.4 mg2 28 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4760.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4760.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
236 RM_417 z = 1.1680
z(Shen) = 1.1667 = -176 km/s
S/N: 1660 67 1700 74 2000 130 2500 143 2810 140 3000 139 3600 134 4770 45
NLR/BLR: 900 8990 km/s
S/N: blr -2.8 c3 13 mg2 30 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4770.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4770.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
237 RM_834 z = 1.1750
z(Shen) = 1.1751 = 7 km/s
S/N: 1660 56 1700 60 2000 107 2500 120 2810 122 3000 123 3600 123 4750 59
NLR/BLR: 900 6070 km/s
S/N: blr 6.9 c3 -9.4 he2_4686 8.5 mg2 24 p0 -2.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4750.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1660.
c1700.
c2000.
c2500.
c2810.
c3000.
c3600.
c4750.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
238 RM_800 z = 1.1770
z(Shen) = 1.1767 = -40 km/s
S/N: 1650 44 1700 49 2000 103 2500 125 2800 128 3000 129 3600 126 4750 44
NLR/BLR: 900 15000 km/s
S/N: blr 16 c3 14 mg2 34 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1650.
c1700.
c2000.
c2500.
c2800.
c3000.
c3600.
c4750.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1650.
c1700.
c2000.
c2500.
c2800.
c3000.
c3600.
c4750.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
239 RM_037 z = 1.1810
z(Shen) = 1.1811 = 19 km/s
S/N: 1650 52 1700 60 2000 150 2500 192 2800 185 3000 182 3600 173 4740 50
NLR/BLR: 900 15000 km/s
S/N: blr 12 c3 22 he2_4686 -9.4 mg2 24 p0 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1650.
c1700.
c2000.
c2500.
c2800.
c3000.
c3600.
c4740.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1650.
c1700.
c2000.
c2500.
c2800.
c3000.
c3600.
c4740.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
240 RM_402 z = 1.1880
z(Shen) = 1.1906 = 352 km/s
S/N: 1640 42 1700 46 2000 72 2500 73 2780 67 3000 65 3600 61 4720 40
NLR/BLR: 900 10530 km/s
S/N: blr -8.6 c3 12 mg2 21 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4720.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4720.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
241 RM_702 z = 1.1880
z(Shen) = 1.1891 = 145 km/s
S/N: 1640 65 1700 73 2000 121 2500 130 2780 125 3000 123 3600 113 4720 51
NLR/BLR: 900 9390 km/s
S/N: blr -3.2 c3 25 mg2 25 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4720.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4720.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
242 RM_340 z = 1.1940
z(Shen) = 1.1944 = 51 km/s
S/N:
1640 114 1700 126 2000 181 2500 194 2780 192 3000 190 3600 182 4710 47
NLR/BLR: 900 14290 km/s
S/N: blr 23 c3 28 mg2 25 p0 -7.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4710.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4710.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
243 RM_639 z = 1.1970
z(Shen) = 1.1983 = 180 km/s
S/N: 1640 93 1700 101 2000 140 2500 153 2780 150 3000 150 3600 146 4700 50
NLR/BLR: 900 15000 km/s
S/N: blr 34 c3 28 mg2 34 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4700.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4700.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
244 RM_466 z = 1.1980
z(Shen) = 1.1984 = 53 km/s
S/N: 1640 56 1700 62 2000 99 2500 102 2780 98 3000 95 3600 85 4700 43
NLR/BLR: 900 8740 km/s
S/N: blr -6.6 c3 14 mg2 18 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4700.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1640.
c1700.
c2000.
c2500.
c2780.
c3000.
c3600.
c4700.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
245 RM_083 z = 1.2000
z(Shen) = 1.2012 = 166 km/s
S/N: 1640 40 1700 46 2000 82 2500 89 2770 86 3000 88 3600 91 4690 43
NLR/BLR: 900 11420 km/s
S/N: blr 8.5 c3 18 he2_1640 -9.4 mg2 21 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1640.
c1700.
c2000.
c2500.
c2770.
c3000.
c3600.
c4690.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1640.
c1700.
c2000.
c2500.
c2770.
c3000.
c3600.
c4690.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
246 RM_677 z = 1.2000
z(Shen) = 1.2016 = 215 km/s
S/N: 1640 49 1700 56 2000 96 2500 111 2770 109 3000 112 3600 118 4690 32
NLR/BLR: 900 4600 km/s
S/N: blr -6.8 c3 18 mg2 16 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1640.
c1700.
c2000.
c2500.
c2770.
c3000.
c3600.
c4690.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1640.
c1700.
c2000.
c2500.
c2770.
c3000.
c3600.
c4690.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
247 RM_100 z = 1.2010
z(Shen) = 1.2004 = -79 km/s
S/N:
1640 124 1700 132 2000 169 2500 179 2770 177 3000 175 3600 171 4690 62
NLR/BLR: 900 15000 km/s
S/N: blr 35 c3 31 mg2 33 p0 -7.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1640.
c1700.
c2000.
c2500.
c2770.
c3000.
c3600.
c4690.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1640.
c1700.
c2000.
c2500.
c2770.
c3000.
c3600.
c4690.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
248 RM_597 z = 1.2040
z(Shen) = 1.2045 = 73 km/s
S/N: 1630 52 1700 64 2000 120 2500 131 2760 127 3000 127 3600 119 4690 24
NLR/BLR: 900 10910 km/s
S/N: blr 11 c3 28 he2_4686 30 mg2 23 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1630.
c1700.
c2000.
c2500.
c2760.
c3000.
c3600.
c4690.
blr.
c3.
chi-bias.
he2_4686.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_4686.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1630.
c1700.
c2000.
c2500.
c2760.
c3000.
c3600.
c4690.
blr.
c3.
he2_4686.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
249 RM_726 z = 1.2090
z(Shen) = 1.2100 = 141 km/s
S/N: 1630 42 1700 52 2000 105 2500 112 2760 104 3000 100 3600 89 4670 32
NLR/BLR: 900 7130 km/s
S/N: blr 20 c3 12 mg2 11 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1630.
c1700.
c2000.
c2500.
c2760.
c3000.
c3600.
c4670.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1630.
c1700.
c2000.
c2500.
c2760.
c3000.
c3600.
c4670.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
250 RM_294 z = 1.2130
z(Shen) = 1.2149 = 263 km/s
S/N:
1630 127 1700 136 2000 161 2500 154 2760 151 3000 149 3600 142 4660 62
NLR/BLR: 900 6020 km/s
S/N: blr 6.8 c3 39 he2_1640 18 mg2 36 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1630.
c1700.
c2000.
c2500.
c2760.
c3000.
c3600.
c4660.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1630.
c1700.
c2000.
c2500.
c2760.
c3000.
c3600.
c4660.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
251 RM_089 z = 1.2140
z(Shen) = 1.2147 = 99 km/s
S/N: 1630 64 1700 74 2000 115 2500 119 2760 112 3000 109 3600 97 4660 37
NLR/BLR: 900 10370 km/s
S/N: blr 9.5 c3 18 mg2 16 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1630.
c1700.
c2000.
c2500.
c2760.
c3000.
c3600.
c4660.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1630.
c1700.
c2000.
c2500.
c2760.
c3000.
c3600.
c4660.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
252 RM_449 z = 1.2160
z(Shen) = 1.2176 = 221 km/s
S/N:
1620 103 1700 117 2000 155 2500 157 2750 154 3000 153 3600 143 4660 25
NLR/BLR: 900 8300 km/s
S/N: blr 8.5 c3 31 mg2 28 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1620.
c1700.
c2000.
c2500.
c2750.
c3000.
c3600.
c4660.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1620.
c1700.
c2000.
c2500.
c2750.
c3000.
c3600.
c4660.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
253 RM_696 z = 1.2170
z(Shen) = 1.2162 = -108 km/s
S/N: 1620 63 1700 73 2000 116 2500 114 2750 106 3000 104 3600 94 4660 30
NLR/BLR: 900 13870 km/s
S/N: blr 5.4 c3 19 mg2 23 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1620.
c1700.
c2000.
c2500.
c2750.
c3000.
c3600.
c4660.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1620.
c1700.
c2000.
c2500.
c2750.
c3000.
c3600.
c4660.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
254 RM_199 z = 1.2210
z(Shen) = 1.2238 = 373 km/s
S/N:
1620 112 1700 126 2000 160 2500 158 2740 154 3000 151 3600 138 4640 38
NLR/BLR: 900 8710 km/s
S/N: blr 13 c3 47 mg2 40 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4640.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4640.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
255 RM_559 z = 1.2230
z(Shen) = 1.2239 = 125 km/s
S/N: 1620 64 1700 79 2000 130 2500 137 2740 129 3000 126 3600 106 4640 36
NLR/BLR: 900 9060 km/s
S/N: blr 12 c3 42 mg2 38 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4640.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4640.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
256 RM_261 z = 1.2240
z(Shen) = 1.2270 = 404 km/s
S/N: 1620 47 1700 55 2000 98 2500 107 2740 103 3000 104 3600 99 4640 28
NLR/BLR: 900 8170 km/s
S/N: blr 5.0 c3 10 mg2 20 p0 -8.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4640.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4640.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
257 RM_114 z = 1.2270
z(Shen) = 1.2259 = -145 km/s
S/N:
1620 158 1700 167 2000 193 2500 193 2740 185 3000 183 3600 185 4640 82
NLR/BLR: 900 8640 km/s
S/N: blr 27 c3 75 he2_1640 55 mg2 56 p0 -7.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4640.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4640.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
258 RM_523 z = 1.2270
z(Shen) = 1.2293 = 307 km/s
S/N: 1620 83 1700 96 2000 133 2500 140 2740 137 3000 138 3600 129 4630 35
NLR/BLR: 900 9840 km/s
S/N: blr 1.8 c3 25 mg2 31 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4630.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1620.
c1700.
c2000.
c2500.
c2740.
c3000.
c3600.
c4630.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
259 RM_120 z = 1.2290
z(Shen) = 1.2309 = 262 km/s
S/N: 1610 54 1700 68 2000 120 2500 128 2730 122 3000 119 3600 100 4630 26
NLR/BLR: 900 10770 km/s
S/N: blr 11 c3 16 mg2 21 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4630.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4630.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
260 RM_642 z = 1.2300
z(Shen) = 1.2314 = 190 km/s
S/N: 1610 44 1700 51 2000 97 2500 109 2730 103 3000 100 3600 84 4630 53
NLR/BLR: 900 9950 km/s
S/N: blr 15 mg2 27 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4630.
blr.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4630.
blr.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
261 RM_143 z = 1.2320
z(Shen) = 1.2330 = 140 km/s
S/N: 1610 66 1700 82 2000 133 2500 144 2730 139 3000 139 3600 127 4630 24
NLR/BLR: 900 12340 km/s
S/N: blr 15 c3 29 mg2 25 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4630.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4630.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
262 RM_568 z = 1.2330
z(Shen) = 1.2363 = 446 km/s
S/N: 1610 64 1700 79 2000 133 2500 141 2730 133 3000 129 3600 111 4620 31
NLR/BLR: 900 12410 km/s
S/N: blr 22 c3 17 mg2 25 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4620.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4620.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
263 RM_673 z = 1.2350
z(Shen) = 1.2356 = 87 km/s
S/N: 1610 47 1700 61 2000 101 2500 108 2730 103 3000 107 3600 106 4620 26
NLR/BLR: 900 13560 km/s
S/N: blr 21 c3 18 mg2 22 p0 -7.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4620.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4620.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
264 RM_044 z = 1.2360
z(Shen) = 1.2333 = -363 km/s
S/N: 1610 97 1700 115 2000 154 2500 155 2730 149 3000 145 3600 131 4630 43
NLR/BLR: 900 5170 km/s
S/N: blr 9.1 c3 26 mg2 30 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4630.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1610.
c1700.
c2000.
c2500.
c2730.
c3000.
c3600.
c4630.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
265 RM_640 z = 1.2400
z(Shen) = 1.2415 = 207 km/s
S/N: 1610 71 1700 83 2000 117 2500 129 2720 125 3000 126 3600 115 4610 28
NLR/BLR: 900 9380 km/s
S/N: blr 11 c3 23 mg2 23 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1610.
c1700.
c2000.
c2500.
c2720.
c3000.
c3600.
c4610.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1610.
c1700.
c2000.
c2500.
c2720.
c3000.
c3600.
c4610.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
266 RM_479 z = 1.2470
z(Shen) = 1.2469 = -12 km/s
S/N: 1600 80 1700 100 2000 137 2500 144 2710 139 3000 137 3600 118 4600 25
NLR/BLR: 900 9350 km/s
S/N: blr 11 c3 30 mg2 24 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4600.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4600.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
267 RM_464 z = 1.2480
z(Shen) = 1.2493 = 168 km/s
S/N:
1600 114 1700 131 2000 164 2500 164 2710 159 3000 158 3600 148 4590 49
NLR/BLR: 900 8260 km/s
S/N: blr 17 c3 35 mg2 33 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4590.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4590.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
268 RM_709 z = 1.2480
z(Shen) = 1.2511 = 413 km/s
S/N: 1600 66 1700 81 2000 120 2500 124 2710 118 3000 115 3600 106 4590 37
NLR/BLR: 900 8560 km/s
S/N: blr 12 c3 24 mg2 29 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4590.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4590.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
269 RM_315 z = 1.2540
z(Shen) = 1.2573 = 446 km/s
S/N: 1600 92 1700 107 2000 132 2500 132 2710 130 3000 127 3600 110 4580 36
NLR/BLR: 900 4990 km/s
S/N: blr 18 c3 29 mg2 25 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4580.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4580.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
270 RM_610 z = 1.2540
z(Shen) = 1.2554 = 190 km/s
S/N: 1600 45 1700 58 2000 105 2500 129 2710 127 3000 127 3600 115 4580 28
NLR/BLR: 900 15000 km/s
S/N: blr 17 c3 25 mg2 39 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4580.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4580.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
271 RM_672 z = 1.2560
z(Shen) = 1.2544 = -213 km/s
S/N: 1600 45 1700 59 2000 97 2500 107 2710 101 3000 100 3600 86 4580 28
NLR/BLR: 900 9100 km/s
S/N: blr 3.1 c3 18 mg2 20 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4580.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1600.
c1700.
c2000.
c2500.
c2710.
c3000.
c3600.
c4580.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
272 RM_046 z = 1.2580
z(Shen) = 1.2598 = 238 km/s
S/N: 1590 44 1700 58 2000 95 2500 101 2700 96 3000 93 3600 71 4570 26
NLR/BLR: 900 14540 km/s
S/N: blr 9.7 c3 16 mg2 23 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1590.
c1700.
c2000.
c2500.
c2700.
c3000.
c3600.
c4570.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1590.
c1700.
c2000.
c2500.
c2700.
c3000.
c3600.
c4570.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
273 RM_228 z = 1.2620
z(Shen) = 1.2635 = 201 km/s
S/N: 1590 76 1700 96 2000 129 2500 127 2690 121 3000 118 3600 99 4560 37
NLR/BLR: 900 8970 km/s
S/N: blr 14 c3 25 mg2 25 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4560.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4560.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
274 RM_151 z = 1.2660
z(Shen) = 1.2635 = -333 km/s
S/N: 1590 63 1700 78 2000 109 2500 138 2690 137 3000 135 3600 96 4560 40
NLR/BLR: 900 15000 km/s
S/N: blr 34 c3 24 mg2 1.8 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4560.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4560.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
275 RM_292 z = 1.2680
z(Shen) = 1.2720 = 529 km/s
S/N: 1590 75 1700 92 2000 124 2500 125 2690 121 3000 121 3600 109 4550 43
NLR/BLR: 900 4130 km/s
S/N: blr 5.4 c3 17 mg2 18 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4550.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4550.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
276 RM_398 z = 1.2710
z(Shen) = 1.2715 = 62 km/s
S/N: 1590 75 1700 92 2000 126 2500 124 2690 119 3000 117 3600 102 4550 36
NLR/BLR: 900 3490 km/s
S/N: blr -4.6 c3 25 he2_1640 17 mg2 15 p0 -8.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4550.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4550.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
277 RM_419 z = 1.2710
z(Shen) = 1.2719 = 119 km/s
S/N: 1590 60 1700 80 2000 148 2500 159 2690 157 3000 155 3600 145 4550 21
NLR/BLR: 900 12270 km/s
S/N: blr 21 c3 40 he2_1640 23 mg2 29 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4550.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1590.
c1700.
c2000.
c2500.
c2690.
c3000.
c3600.
c4550.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
278 RM_212 z = 1.2720
z(Shen) = 1.2735 = 199 km/s
S/N: 1580 63 1700 84 2000 129 2500 134 2680 131 3000 131 3600 121 4540 26
NLR/BLR: 900 7940 km/s
S/N: blr 14 c3 40 he2_1640 18 mg2 36 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4540.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4540.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
279 RM_841 z = 1.2750
z(Shen) = 1.2756 = 79 km/s
S/N: 1580 43 1700 61 2000 118 2500 129 2680 121 3000 125 3600 115 4540 40
NLR/BLR: 900 13490 km/s
S/N: blr 4.2 c3 21 mg2 36 p0 -4.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4540.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4540.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
280 RM_209 z = 1.2770
z(Shen) = 1.2803 = 434 km/s
S/N: 1580 50 1700 67 2000 103 2500 109 2680 104 3000 101 3600 81 4530 26
NLR/BLR: 900 6690 km/s
S/N: blr 6.3 c3 25 mg2 19 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4530.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4530.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
281 RM_683 z = 1.2780
z(Shen) = 1.2769 = -142 km/s
S/N: 1580 46 1700 61 2000 97 2500 105 2680 100 3000 99 3600 85 4540 25
NLR/BLR: 900 7310 km/s
S/N: blr 11 c3 13 mg2 11 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4540.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4540.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
282 RM_313 z = 1.2800
z(Shen) = 1.2805 = 62 km/s
S/N: 1580 47 1700 66 2000 104 2500 108 2680 103 3000 104 3600 89 4530 24
NLR/BLR: 900 14090 km/s
S/N: blr 31 c3 24 mg2 21 p0 -8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4530.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4530.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
283 RM_003 z = 1.2840
z(Shen) = 1.2824 = -214 km/s
S/N: 1580 60 1700 87 2000 128 2500 135 2680 132 3000 134 3600 133 4530 47
NLR/BLR: 900 10160 km/s
S/N: blr 21 c3 22 mg2 29 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4530.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1580.
c1700.
c2000.
c2500.
c2680.
c3000.
c3600.
c4530.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
284 RM_662 z = 1.2840
z(Shen) = 1.2849 = 112 km/s
S/N: 1580 66 1700 92 2000 133 2500 137 2670 130 3000 127 3600 109 4520 23
NLR/BLR: 900 9360 km/s
S/N: blr 20 c3 24 mg2 24 p0 7.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1580.
c1700.
c2000.
c2500.
c2670.
c3000.
c3600.
c4520.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1580.
c1700.
c2000.
c2500.
c2670.
c3000.
c3600.
c4520.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
285 RM_250 z = 1.2860
z(Shen) = 1.2851 = -123 km/s
S/N:
1580 143 1700 166 2000 216 2500 219 2670 217 3000 212 3600 202 4520 57
NLR/BLR: 900 13270 km/s
S/N: blr 52 c3 52 he2_1640 38 mg2 54 p0 -6.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1580.
c1700.
c2000.
c2500.
c2670.
c3000.
c3600.
c4520.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1580.
c1700.
c2000.
c2500.
c2670.
c3000.
c3600.
c4520.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
286 RM_288 z = 1.2880
z(Shen) = 1.2884 = 51 km/s
S/N: 1570 64 1700 89 2000 126 2500 128 2660 124 3000 126 3600 118 4510 26
NLR/BLR: 900 8210 km/s
S/N: blr 10 c3 17 mg2 21 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4510.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4510.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
287 RM_001 z = 1.2890
z(Shen) = 1.2926 = 469 km/s
S/N: 1570 67 1700 91 2000 119 2500 118 2660 112 3000 106 3600 86 4510 42
NLR/BLR: 900 5670 km/s
S/N: blr 15 c3 17 mg2 18 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4510.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4510.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
288 RM_569 z = 1.2890
z(Shen) = 1.2895 = 68 km/s
S/N: 1570 80 1700 101 2000 128 2500 131 2660 130 3000 132 3600 120 4510 37
NLR/BLR: 900 5340 km/s
S/N: blr 12 c3 30 he2_1640 15 mg2 20 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4510.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4510.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
289 RM_666 z = 1.2910
z(Shen) = 1.2937 = 359 km/s
S/N: 1570 89 1700 114 2000 142 2500 147 2660 146 3000 145 3600 133 4500 39
NLR/BLR: 900 7130 km/s
S/N: blr 8.3 c3 34 he2_1640 6.9 mg2 34 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4500.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4500.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
290 RM_246 z = 1.2930
z(Shen) = 1.2961 = 408 km/s
S/N: 1570 69 1700 91 2000 116 2500 135 2660 132 3000 138 3600 136 4500 45
NLR/BLR: 900 11700 km/s
S/N: blr 20 c3 25 mg2 35 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4500.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4500.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
291 RM_183 z = 1.2950
z(Shen) = 1.2930 = -256 km/s
S/N: 1570 46 1700 63 2000 92 2500 92 2660 87 3000 84 3600 66 4500 29
NLR/BLR: 900 6130 km/s
S/N: blr 15 c3 14 he2_1640 16 mg2 18 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4500.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1570.
c1700.
c2000.
c2500.
c2660.
c3000.
c3600.
c4500.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
292 RM_731 z = 1.2990
z(Shen) = 1.2996 = 73 km/s
S/N: 1570 59 1700 81 2000 107 2500 105 2650 101 3000 100 3600 86 4490 39
NLR/BLR: 900 5480 km/s
S/N: blr 33 c3 15 he2_1640 16 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1570.
c1700.
c2000.
c2500.
c2650.
c3000.
c3600.
c4490.
blr.
c3.
chi-bias.
he2_1640.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1570.
c1700.
c2000.
c2500.
c2650.
c3000.
c3600.
c4490.
blr.
c3.
he2_1640.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
293 RM_188 z = 1.3060
z(Shen) = 1.3062 = 30 km/s
S/N: 1560 57 1700 80 2000 119 2500 127 2640 124 3000 127 3600 113 4480 22
NLR/BLR: 900 10990 km/s
S/N: blr 8.8 c3 33 mg2 22 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1560.
c1700.
c2000.
c2500.
c2640.
c3000.
c3600.
c4480.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1560.
c1700.
c2000.
c2500.
c2640.
c3000.
c3600.
c4480.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
294 RM_247 z = 1.3070
z(Shen) = 1.3084 = 188 km/s
S/N: 1560 76 1700 97 2000 123 2500 122 2640 116 3000 114 3600 94 4470 30
NLR/BLR: 900 10860 km/s
S/N: blr 20 c3 22 mg2 18 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1560.
c1700.
c2000.
c2500.
c2640.
c3000.
c3600.
c4470.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1560.
c1700.
c2000.
c2500.
c2640.
c3000.
c3600.
c4470.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
295 RM_592 z = 1.3150
z(Shen) = 1.3186 = 462 km/s
S/N: 1550 30 1700 46 2000 79 2500 95 2630 93 3000 99 3600 94 4450 31
NLR/BLR: 900 8760 km/s
S/N: blr -6.9 c3 11 mg2 22 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1550.
c1700.
c2000.
c2500.
c2630.
c3000.
c3600.
c4450.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1550.
c1700.
c2000.
c2500.
c2630.
c3000.
c3600.
c4450.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
296 RM_135 z = 1.3170
z(Shen) = 1.3150 = -263 km/s
S/N: 1560 92 1700 123 2000 157 2500 155 2640 151 3000 145 3600 131 4460 40
NLR/BLR: 900 8250 km/s
S/N: blr 15 c3 50 he2_1640 16 mg2 42 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1560.
c1700.
c2000.
c2500.
c2640.
c3000.
c3600.
c4460.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1560.
c1700.
c2000.
c2500.
c2640.
c3000.
c3600.
c4460.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
297 RM_627 z = 1.3180
z(Shen) = 1.3172 = -102 km/s
S/N: 1550 53 1700 72 2000 86 2500 85 2630 81 3000 80 3600 64 4460 33
NLR/BLR: 900 6050 km/s
S/N: blr 13 c3 14 mg2 15 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1550.
c1700.
c2000.
c2500.
c2630.
c3000.
c3600.
c4460.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1550.
c1700.
c2000.
c2500.
c2630.
c3000.
c3600.
c4460.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
298 RM_234 z = 1.3190
z(Shen) = 1.3197 = 96 km/s
S/N: 1550 80 1700 101 2000 121 2500 128 2630 127 3000 126 3600 99 4450 49
NLR/BLR: 900 3250 km/s
S/N: blr -2.1 c3 16 he2_1640 11 mg2 21 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1550.
c1700.
c2000.
c2500.
c2630.
c3000.
c3600.
c4450.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1550.
c1700.
c2000.
c2500.
c2630.
c3000.
c3600.
c4450.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
299 RM_309 z = 1.3200
z(Shen) = 1.3179 = -269 km/s
S/N:
1550 117 1700 144 2000 162 2500 166 2630 165 3000 164 3600 154 4460 55
NLR/BLR: 900 9320 km/s
S/N: blr 23 c3 57 he2_1640 -9.4 mg2 53 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1550.
c1700.
c2000.
c2500.
c2630.
c3000.
c3600.
c4460.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1550.
c1700.
c2000.
c2500.
c2630.
c3000.
c3600.
c4460.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
300 RM_727 z = 1.3230
z(Shen) = 1.3237 = 94 km/s
S/N: 1550 40 1700 63 2000 102 2500 112 2620 110 3000 115 3600 106 4440 33
NLR/BLR: 900 10100 km/s
S/N: blr 19 c3 24 mg2 44 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1550.
c1700.
c2000.
c2500.
c2620.
c3000.
c3600.
c4440.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1550.
c1700.
c2000.
c2500.
c2620.
c3000.
c3600.
c4440.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
301 RM_747 z = 1.3240
z(Shen) = 1.3253 = 165 km/s
S/N: 1550 60 1700 87 2000 128 2500 135 2620 132 3000 131 3600 115 4440 20
NLR/BLR: 900 10160 km/s
S/N: blr 22 c3 23 he2_1640 13 mg2 29 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1550.
c1700.
c2000.
c2500.
c2620.
c3000.
c3600.
c4440.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1550.
c1700.
c2000.
c2500.
c2620.
c3000.
c3600.
c4440.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
302 RM_224 z = 1.3270
z(Shen) = 1.3297 = 343 km/s
S/N: 1550 82 1700 107 2000 133 2500 126 2620 122 3000 120 3600 101 4430 38
NLR/BLR: 900 7700 km/s
S/N: blr 6.1 c3 20 he2_1640 20 mg2 24 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1550.
c1700.
c2000.
c2500.
c2620.
c3000.
c3600.
c4430.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1550.
c1700.
c2000.
c2500.
c2620.
c3000.
c3600.
c4430.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
303 RM_109 z = 1.3300
z(Shen) = 1.3321 = 268 km/s
S/N: 1540 80 1700 105 2000 122 2500 122 2610 119 3000 123 3600 114 4430 45
NLR/BLR: 900 6830 km/s
S/N: blr -5.5 c3 23 he2_1640 -9.3 mg2 27 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4430.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4430.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
304 RM_189 z = 1.3350
z(Shen) = 1.3379 = 368 km/s
S/N: 1540 90 1700 117 2000 143 2500 145 2610 142 3000 138 3600 119 4420 40
NLR/BLR: 900 5820 km/s
S/N: blr 3.7 c3 20 he2_1640 16 mg2 19 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4420.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4420.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
305 RM_477 z = 1.3380
z(Shen) = 1.3374 = -74 km/s
S/N: 1540 63 1700 82 2000 96 2500 100 2610 100 3000 105 3600 92 4420 35
NLR/BLR: 900 6500 km/s
S/N: blr 5.0 c3 20 mg2 15 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4420.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4420.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
306 RM_236 z = 1.3390
z(Shen) = 1.3391 = 13 km/s
S/N: 1540 46 1700 70 2000 107 2500 108 2610 102 3000 96 3600 77 4420 31
NLR/BLR: 900 4400 km/s
S/N: blr 3.1 c3 13 mg2 12 p0 -8.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4420.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4420.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
307 RM_567 z = 1.3390
z(Shen) = 1.3401 = 138 km/s
S/N: 1540 39 1700 56 2000 75 2500 89 2610 84 3000 85 3600 76 4410 27
NLR/BLR: 900 10800 km/s
S/N: blr 17 c3 9.2 mg2 14 p0 -6.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4410.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4410.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
308 RM_406 z = 1.3410
z(Shen) = 1.3410 = 3 km/s
S/N: 1540 56 1700 82 2000 103 2500 102 2610 99 3000 101 3600 84 4410 24
NLR/BLR: 900 5890 km/s
S/N: blr 13 c3 21 mg2 14 p0 -7.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4410.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1540.
c1700.
c2000.
c2500.
c2610.
c3000.
c3600.
c4410.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
309 RM_608 z = 1.3420
z(Shen) = 1.3451 = 394 km/s
S/N: 1540 92 1700 114 2000 142 2500 145 2600 142 3000 141 3600 131 4400 51
NLR/BLR: 900 7620 km/s
S/N: blr 5.5 c3 39 he2_1640 18 mg2 38 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1540.
c1700.
c2000.
c2500.
c2600.
c3000.
c3600.
c4400.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1540.
c1700.
c2000.
c2500.
c2600.
c3000.
c3600.
c4400.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
310 RM_650 z = 1.3450
z(Shen) = 1.3507 = 726 km/s
S/N: 1530 57 1700 88 2000 114 2500 122 2590 120 3000 119 3600 97 4390 25
NLR/BLR: 900 2700 km/s
S/N: blr -7.6 c3 -1.8 c4 11 mg2 23 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4390.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4390.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
311 RM_581 z = 1.3460
z(Shen) = 1.3454 = -77 km/s
S/N: 1540 65 1700 98 2000 135 2500 133 2600 129 3000 127 3600 114 4400 27
NLR/BLR: 900 8780 km/s
S/N: blr 8.1 c3 19 c4 3.2 he2_1640 14 mg2 18 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1540.
c1700.
c2000.
c2500.
c2600.
c3000.
c3600.
c4400.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1540.
c1700.
c2000.
c2500.
c2600.
c3000.
c3600.
c4400.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
312 RM_463 z = 1.3470
z(Shen) = 1.3500 = 386 km/s
S/N: 1530 65 1700 106 2000 148 2500 149 2590 145 3000 141 3600 118 4390 26
NLR/BLR: 900 12680 km/s
S/N: blr 28 c3 26 c4 13 he2_1640 11 mg2 25 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4390.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4390.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
313 RM_582 z = 1.3470
z(Shen) = 1.3492 = 277 km/s
S/N: 1530 57 1700 90 2000 116 2500 119 2590 116 3000 120 3600 108 4400 23
NLR/BLR: 900 10820 km/s
S/N: blr 23 c3 17 he2_1640 -9.4 mg2 11 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4400.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4400.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
314 RM_074 z = 1.3510
z(Shen) = 1.3536 = 333 km/s
S/N: 1530 46 1700 72 2000 117 2500 128 2590 126 3000 126 3600 109 4390 32
NLR/BLR: 900 11530 km/s
S/N: blr 12 c3 24 he2_1640 17 mg2 23 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4390.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4390.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
315 RM_115 z = 1.3550
z(Shen) = 1.3551 = 14 km/s
S/N: 1530 33 1700 49 2000 59 2500 66 2590 63 3000 58 3600 44 4390 27
NLR/BLR: 900 8850 km/s
S/N: blr 13 c3 12 c4 12 mg2 15 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4390.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4390.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
316 RM_791 z = 1.3550
z(Shen) = 1.3557 = 88 km/s
S/N: 1530 62 1700 91 2000 104 2500 108 2590 105 3000 99 3600 69 4380 30
NLR/BLR: 900 8750 km/s
S/N: blr 15 c3 15 mg2 7.0 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4380.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4380.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
317 RM_092 z = 1.3570
z(Shen) = 1.3566 = -50 km/s
S/N: 1530 70 1700 106 2000 130 2500 123 2590 121 3000 122 3600 110 4380 39
NLR/BLR: 900 3480 km/s
S/N: blr 12 c3 31 c4 25 he2_1640 16 mg2 32 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4380.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1530.
c1700.
c2000.
c2500.
c2590.
c3000.
c3600.
c4380.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
318 RM_471 z = 1.3610
z(Shen) = 1.3642 = 401 km/s
S/N: 1520 59 1700 88 2000 105 2500 109 2580 109 3000 117 3600 109 4370 37
NLR/BLR: 900 5590 km/s
S/N: blr 13 c3 21 he2_1640 13 mg2 23 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1520.
c1700.
c2000.
c2500.
c2580.
c3000.
c3600.
c4370.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1520.
c1700.
c2000.
c2500.
c2580.
c3000.
c3600.
c4370.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
319 RM_596 z = 1.3620
z(Shen) = 1.3645 = 315 km/s
S/N:
1520 105 1700 132 2000 150 2500 154 2580 153 3000 149 3600 139 4370 58
NLR/BLR: 900 5780 km/s
S/N: blr -3.2 c3 45 c4 22 he2_1640 12 mg2 39 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1520.
c1700.
c2000.
c2500.
c2580.
c3000.
c3600.
c4370.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1520.
c1700.
c2000.
c2500.
c2580.
c3000.
c3600.
c4370.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
320 RM_280 z = 1.3640
z(Shen) = 1.3664 = 299 km/s
S/N:
1520 125 1700 151 2000 160 2500 159 2570 157 3000 157 3600 143 4360 43
NLR/BLR: 900 11490 km/s
S/N: blr 30 c3 58 he2_1640 -9.4 mg2 53 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1520.
c1700.
c2000.
c2500.
c2570.
c3000.
c3600.
c4360.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1520.
c1700.
c2000.
c2500.
c2570.
c3000.
c3600.
c4360.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
321 RM_628 z = 1.3680
z(Shen) = 1.3711 = 396 km/s
S/N: 1520 39 1700 64 2000 91 2500 106 2570 106 3000 110 3600 89 4360 21
NLR/BLR: 900 4080 km/s
S/N: blr 5.7 c3 23 c4 12 mg2 30 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1520.
c1700.
c2000.
c2500.
c2570.
c3000.
c3600.
c4360.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1520.
c1700.
c2000.
c2500.
c2570.
c3000.
c3600.
c4360.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
322 RM_751 z = 1.3680
z(Shen) = 1.3677 = -33 km/s
S/N: 1520 69 1700 108 2000 144 2500 146 2580 144 3000 139 3600 115 4370 31
NLR/BLR: 900 7690 km/s
S/N: blr 17 c3 26 he2_1640 12 mg2 27 p0 -8.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1520.
c1700.
c2000.
c2500.
c2580.
c3000.
c3600.
c4370.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1520.
c1700.
c2000.
c2500.
c2580.
c3000.
c3600.
c4370.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
323 RM_755 z = 1.3790
z(Shen) = 1.3787 = -35 km/s
S/N: 1510 48 1700 72 2000 77 2500 80 2560 79 3000 80 3600 62 4340 22
NLR/BLR: 900 8570 km/s
S/N: blr 8.2 c3 18 mg2 22 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4340.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4340.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
324 RM_657 z = 1.3820
z(Shen) = 1.3810 = -120 km/s
S/N: 1510 91 1700 125 2000 150 2500 145 2560 143 3000 144 3600 137 4340 42
NLR/BLR: 900 15000 km/s
S/N: blr 20 c3 40 c4 -9.4 he2_1640 10 mg2 45 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4340.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4340.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
325 RM_038 z = 1.3830
z(Shen) = 1.3833 = 38 km/s
S/N: 1510 91 1700 122 2000 153 2500 161 2560 161 3000 160 3600 152 4330 56
NLR/BLR: 900 8050 km/s
S/N: blr -4.2 c3 50 c4 27 he2_1640 18 mg2 44 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4330.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4330.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
326 RM_157 z = 1.3830
z(Shen) = 1.3833 = 36 km/s
S/N: 1510 63 1700 100 2000 135 2500 137 2560 136 3000 139 3600 128 4330 51
NLR/BLR: 900 4960 km/s
S/N: blr 2.4 c3 27 c4 40 he2_1640 20 mg2 33 p0 -7.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4330.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4330.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
327 RM_599 z = 1.3830
z(Shen) = 1.3857 = 340 km/s
S/N: 1510 42 1700 70 2000 90 2500 94 2560 92 3000 95 3600 77 4330 25
NLR/BLR: 900 5320 km/s
S/N: blr 11 c3 13 c4 11 he2_1640 11 mg2 19 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4330.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4330.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
328 RM_522 z = 1.3840
z(Shen) = 1.3844 = 49 km/s
S/N: 1510 57 1700 90 2000 117 2500 127 2560 127 3000 133 3600 118 4330 36
NLR/BLR: 900 4450 km/s
S/N: blr 2.0 c3 29 c4 36 he2_1640 15 mg2 30 p0 -8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4330.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2560.
c3000.
c3600.
c4330.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
329 RM_026 z = 1.3860
z(Shen) = 1.3881 = 259 km/s
S/N: 1510 59 1700 94 2000 101 2500 97 2550 94 3000 87 3600 71 4320 27
NLR/BLR: 900 9730 km/s
S/N: blr 5.7 c3 12 mg2 11 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
330 RM_390 z = 1.3900
z(Shen) = 1.3929 = 358 km/s
S/N: 1510 52 1700 86 2000 106 2500 110 2550 109 3000 105 3600 79 4320 42
NLR/BLR: 900 3820 km/s
S/N: blr -7.3 c3 5.1 mg2 13 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
331 RM_830 z = 1.3900
z(Shen) = 1.3898 = -23 km/s
S/N: 1510 67 1700 94 2000 104 2500 108 2550 106 3000 106 3600 82 4320 29
NLR/BLR: 900 10500 km/s
S/N: blr -2.2 c3 45 c4 35 mg2 28 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
332 RM_432 z = 1.3910
z(Shen) = 1.3915 = 59 km/s
S/N: 1510 86 1700 129 2000 158 2500 163 2550 163 3000 166 3600 151 4320 50
NLR/BLR: 900 5520 km/s
S/N: blr 11 c3 20 c4 41 he2_1640 19 mg2 22 p0 -7.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
333 RM_028 z = 1.3920
z(Shen) = 1.3923 = 40 km/s
S/N: 1510 97 1700 132 2000 149 2500 140 2550 138 3000 140 3600 132 4320 44
NLR/BLR: 900 8120 km/s
S/N: blr -6.0 c3 50 c4 53 he2_1640 30 mg2 46 p0 -8.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
334 RM_441 z = 1.3940
z(Shen) = 1.3967 = 333 km/s
S/N: 1500 75 1700 114 2000 138 2500 143 2540 142 3000 140 3600 128 4310 41
NLR/BLR: 900 8720 km/s
S/N: blr 12 c3 28 c4 32 he2_1640 20 mg2 27 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4310.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4310.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
335 RM_093 z = 1.3950
z(Shen) = 1.3957 = 91 km/s
S/N: 1500 49 1700 93 2000 128 2500 127 2540 126 3000 123 3600 102 4310 27
NLR/BLR: 900 6010 km/s
S/N: blr 7.8 c3 13 c4 17 he2_1640 9.9 mg2 3.1 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4310.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4310.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
336 RM_112 z = 1.3990
z(Shen) = 1.3970 = -252 km/s
S/N: 1500 71 1700 113 2000 128 2500 134 2540 133 3000 136 3600 115 4310 21
NLR/BLR: 900 15000 km/s
S/N: blr 29 c3 18 c4 40 mg2 19 p0 -8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4310.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4310.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
337 RM_486 z = 1.3990
z(Shen) = 1.4010 = 254 km/s
S/N: 1500 86 1700 126 2000 148 2500 144 2540 142 3000 136 3600 120 4300 40
NLR/BLR: 900 6320 km/s
S/N: blr 6.8 c3 26 c4 38 he2_1640 16 mg2 27 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4300.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4300.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
338 RM_777 z = 1.3990
z(Shen) = 1.4017 = 332 km/s
S/N:
1500 107 1700 131 2000 152 2500 160 2540 159 3000 153 3600 148 4300 50
NLR/BLR: 900 8010 km/s
S/N: blr -3.3 c3 54 c4 64 he2_1640 39 mg2 62 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4300.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4300.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
339 RM_186 z = 1.4000
z(Shen) = 1.3929 = -888 km/s
S/N:
1510 111 1700 145 2000 156 2500 158 2550 158 3000 160 3600 150 4320 48
NLR/BLR: 900 10770 km/s
S/N: blr 30 c3 45 c4 56 mg2 37 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1510.
c1700.
c2000.
c2500.
c2550.
c3000.
c3600.
c4320.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
340 RM_147 z = 1.4050
z(Shen) = 1.4056 = 77 km/s
S/N: 1500 50 1700 86 2000 92 2500 86 2540 84 3000 77 3600 65 4290 34
NLR/BLR: 900 9920 km/s
S/N: blr 5.9 c3 11 mg2 16 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4290.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4290.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
341 RM_646 z = 1.4130
z(Shen) = 1.4089 = -513 km/s
S/N: 1500 67 1700 99 2000 118 2500 123 2540 123 3000 125 3600 113 4290 45
NLR/BLR: 900 8020 km/s
S/N: blr 5.9 c3 16 he2_1640 10 mg2 20 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4290.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1500.
c1700.
c2000.
c2500.
c2540.
c3000.
c3600.
c4290.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
342 RM_391 z = 1.4170
z(Shen) = 1.4179 = 112 km/s
S/N: 1490 36 1700 63 2000 86 2500 92 2520 91 3000 92 3600 77 4270 30
NLR/BLR: 900 8230 km/s
S/N: blr 9.0 c3 8.8 he2_1640 12 mg2 14 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4270.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4270.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
343 RM_418 z = 1.4190
z(Shen) = 1.4181 = -105 km/s
S/N: 1490 66 1700 115 2000 145 2500 150 2520 150 3000 154 3600 125 4270 32
NLR/BLR: 900 6950 km/s
S/N: blr 6.5 c3 32 c4 60 he2_1640 12 mg2 21 p0 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4270.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4270.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
344 RM_106 z = 1.4230
z(Shen) = 1.4243 = 160 km/s
S/N: 1490 55 1700 87 2000 95 2500 99 2520 99 3000 98 3600 77 4260 32
NLR/BLR: 900 15000 km/s
S/N: blr 25 c3 13 mg2 -2.1 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4260.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4260.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
345 RM_721 z = 1.4250
z(Shen) = 1.4246 = -43 km/s
S/N: 1490 45 1700 73 2000 86 2500 82 2520 82 3000 78 3600 58 4260 38
NLR/BLR: 900 4920 km/s
S/N: blr 8.3 c3 12 c4 8.0 mg2 14 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4260.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4260.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
346 RM_600 z = 1.4260
z(Shen) = 1.4249 = -141 km/s
S/N: 1490 59 1700 97 2000 140 2500 133 2520 132 3000 134 3600 121 4260 32
NLR/BLR: 900 15000 km/s
S/N: blr 44 c3 35 c4 44 he2_1640 30 mg2 32 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4260.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1490.
c1700.
c2000.
c2500.
c2520.
c3000.
c3600.
c4260.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
347 RM_711 z = 1.4270
z(Shen) = 1.4263 = -85 km/s
S/N: 1480 63 1700 109 2000 136 2500 135 2510 134 3000 133 3600 116 4260 36
NLR/BLR: 900 7030 km/s
S/N: blr 45 c3 30 c4 37 he2_1640 12 mg2 40 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1480.
c1700.
c2000.
c2500.
c2510.
c3000.
c3600.
c4260.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1480.
c1700.
c2000.
c2500.
c2510.
c3000.
c3600.
c4260.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
348 RM_388 z = 1.4300
z(Shen) = 1.4313 = 167 km/s
S/N: 1480 48 1700 101 2000 120 2500 128 2510 128 3000 136 3600 121 4250 22
NLR/BLR: 900 15000 km/s
S/N: blr 6.6 c3 17 mg2 29 p0 2.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1480.
c1700.
c2000.
c2500.
c2510.
c3000.
c3600.
c4250.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1480.
c1700.
c2000.
c2500.
c2510.
c3000.
c3600.
c4250.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
349 RM_576 z = 1.4370
z(Shen) = 1.4370 = 1 km/s
S/N: 1480 76 1700 126 2000 144 2500 131 3000 123 3600 103 4240 38
NLR/BLR: 900 6860 km/s
S/N: blr 7.2 c3 20 c4 27 he2_1640 13 mg2 20 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1480.
c1700.
c2000.
c2500.
c3000.
c3600.
c4240.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1480.
c1700.
c2000.
c2500.
c3000.
c3600.
c4240.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
350 RM_404 z = 1.4420
z(Shen) = 1.4436 = 199 km/s
S/N: 1470 44 1700 92 2000 109 2490 103 2500 103 3000 104 3600 92 4230 39
NLR/BLR: 900 3980 km/s
S/N: blr 0.47 c3 15 c4 21 he2_1640 11 mg2 9.6 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1470.
c1700.
c2000.
c2490.
c2500.
c3000.
c3600.
c4230.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1470.
c1700.
c2000.
c2490.
c2500.
c3000.
c3600.
c4230.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
351 RM_414 z = 1.4570
z(Shen) = 1.4572 = 22 km/s
S/N: 1470 54 1700 110 2000 141 2480 136 2500 135 3000 133 3600 114 4200 29
NLR/BLR: 900 10650 km/s
S/N: blr 22 c3 23 c4 52 he2_1640 18 mg2 28 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1470.
c1700.
c2000.
c2480.
c2500.
c3000.
c3600.
c4200.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1470.
c1700.
c2000.
c2480.
c2500.
c3000.
c3600.
c4200.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
352 RM_678 z = 1.4600
z(Shen) = 1.4625 = 307 km/s
z(He2) = 1.4554 = -561 km/s
S/N: 1460 66 1700 110 2000 128 2470 127 2500 126 3000 122 3600 105 4190 49
NLR/BLR: 900 6990 km/s
S/N: blr 29 c3 25 c4 33 he2_1640 11 mg2 29 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1460.
c1700.
c2000.
c2470.
c2500.
c3000.
c3600.
c4190.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1460.
c1700.
c2000.
c2470.
c2500.
c3000.
c3600.
c4190.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
353 RM_289 z = 1.4620
z(Shen) = 1.4619 = -18 km/s
z(He2) = 1.4628 = 97 km/s
S/N: 1460 38 1700 84 2000 103 2470 103 2500 101 3000 97 3600 88 4190 31
NLR/BLR: 900 6810 km/s
S/N: blr 19 c3 13 c4 13 he2_1640 11 mg2 13 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1460.
c1700.
c2000.
c2470.
c2500.
c3000.
c3600.
c4190.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1460.
c1700.
c2000.
c2470.
c2500.
c3000.
c3600.
c4190.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
354 RM_000 z = 1.4630
z(Shen) = 1.4639 = 105 km/s
z(He2) = 1.4625 = -61 km/s
S/N: 1460 38 1700 87 2000 108 2470 103 2500 102 3000 98 3600 78 4190 25
NLR/BLR: 900 6980 km/s
S/N: blr 10 c3 1011 c4 23 he2_1640 13 mg2 18 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1460.
c1700.
c2000.
c2470.
c2500.
c3000.
c3600.
c4190.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1460.
c1700.
c2000.
c2470.
c2500.
c3000.
c3600.
c4190.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
355 RM_015 z = 1.4730
z(Shen) = 1.4696 = -417 km/s
z(He2) = 1.4734 = 48 km/s
S/N: 1460 34 1700 83 2000 108 2470 103 2500 101 3000 101 3600 85 4180 29
NLR/BLR: 900 11150 km/s
S/N: blr 13 c3 20 c4 28 he2_1640 12 mg2 23 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1460.
c1700.
c2000.
c2470.
c2500.
c3000.
c3600.
c4180.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1460.
c1700.
c2000.
c2470.
c2500.
c3000.
c3600.
c4180.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
356 RM_158 z = 1.4770
z(Shen) = 1.4782 = 146 km/s
z(He2) = 1.4762 = -97 km/s
S/N: 1450 63 1700 120 2000 136 2460 128 2500 126 3000 125 3600 107 4170 38
NLR/BLR: 900 9110 km/s
S/N: blr 7.6 c3 27 c4 36 he2_1640 14 mg2 28 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2460.
c2500.
c3000.
c3600.
c4170.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2460.
c2500.
c3000.
c3600.
c4170.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
357 RM_793 z = 1.4830
z(Shen) = 1.4862 = 383 km/s
S/N: 1450 39 1700 67 2000 67 2450 72 2500 71 3000 64 3600 54 4150 35
NLR/BLR: 900 5620 km/s
S/N: blr 19 c3 13 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4150.
blr.
c3.
chi-bias.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4150.
blr.
c3.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
358 RM_651 z = 1.4840
z(Shen) = 1.4862 = 269 km/s
z(He2) = 1.4843 = 36 km/s
S/N: 1450 85 1700 136 2000 153 2450 150 2500 149 3000 145 3600 124 4150 43
NLR/BLR: 900 9400 km/s
S/N: blr 26 c3 49 c4 39 he2_1640 18 mg2 38 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4150.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4150.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
359 RM_837 z = 1.4850
z(Shen) = 1.4830 = -236 km/s
z(He2) = 1.4854 = 48 km/s
S/N: 1450 64 1700 110 2000 129 2460 125 2500 124 3000 120 3600 100 4160 26
NLR/BLR: 900 7620 km/s
S/N: blr 11 c3 35 c4 17 he2_1640 9.1 mg2 36 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2460.
c2500.
c3000.
c3600.
c4160.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2460.
c2500.
c3000.
c3600.
c4160.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
360 RM_400 z = 1.4860
z(Shen) = 1.4835 = -298 km/s
z(He2) = 1.4888 = 338 km/s
S/N: 1450 46 1700 75 2000 82 2460 87 2500 87 3000 87 3600 58 4160 23
NLR/BLR: 900 12410 km/s
S/N: blr 16 c3 13 c4 20 mg2 18 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2460.
c2500.
c3000.
c3600.
c4160.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2460.
c2500.
c3000.
c3600.
c4160.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
361 RM_446 z = 1.4870
z(Shen) = 1.4862 = -96 km/s
z(He2) = 1.4838 = -386 km/s
S/N: 1450 34 1700 69 2000 80 2450 81 2500 80 3000 85 3600 62 4150 33
NLR/BLR: 900 7430 km/s
S/N: blr 20 c3 9.7 c4 11 he2_1640 8.9 mg2 13 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4150.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4150.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
362 RM_771 z = 1.4890
z(Shen) = 1.4924 = 408 km/s
z(He2) = 1.4913 = 277 km/s
S/N: 1450 98 1700 146 2000 157 2450 158 2500 157 3000 157 3600 143 4140 61
NLR/BLR: 900 9410 km/s
S/N: blr -4.7 c3 56 c4 37 he2_1640 19 mg2 59 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
363 RM_304 z = 1.4920
z(Shen) = 1.4916 = -49 km/s
z(He2) = 1.4798 = -1468 km/s
S/N: 1450 71 1700 127 2000 150 2450 151 2500 150 3000 151 3600 140 4140 55
NLR/BLR: 900 9240 km/s
S/N: blr -4.9 c3 40 c4 50 he2_1640 27 mg2 53 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
364 RM_556 z = 1.4930
z(Shen) = 1.4943 = 152 km/s
z(He2) = 1.4893 = -445 km/s
S/N: 1440 56 1700 106 2000 117 2440 129 2500 129 3000 140 3600 132 4140 61
NLR/BLR: 900 8510 km/s
S/N: blr 41 c3 33 c4 37 he2_1640 15 mg2 33 p0 -8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
365 RM_176 z = 1.4940
z(Shen) = 1.4971 = 376 km/s
z(He2) = 1.5005 = 781 km/s
S/N: 1440 59 1700 102 2000 115 2440 117 2500 116 3000 123 3600 106 4140 42
NLR/BLR: 900 6080 km/s
S/N: blr -5.6 c3 25 c4 30 he2_1640 13 mg2 24 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
366 RM_150 z = 1.4950
z(Shen) = 1.4932 = -216 km/s
z(He2) = 1.4928 = -264 km/s
S/N: 1450 56 1700 102 2000 112 2450 112 2500 110 3000 105 3600 91 4140 53
NLR/BLR: 900 3930 km/s
S/N: blr 6.9 c3 9.7 c4 27 he2_1640 15 mg2 10 p0 -8.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1450.
c1700.
c2000.
c2450.
c2500.
c3000.
c3600.
c4140.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
367 RM_690 z = 1.5020
z(Shen) = 1.5041 = 249 km/s
z(He2) = 1.5030 = 120 km/s
S/N: 1440 88 1700 138 2000 150 2440 146 2500 144 3000 138 3600 120 4120 50
NLR/BLR: 900 7680 km/s
S/N: blr 16 c3 33 c4 44 he2_1640 10 mg2 44 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4120.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4120.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
368 RM_281 z = 1.5030
z(Shen) = 1.5010 = -243 km/s
z(He2) = 1.5010 = -240 km/s
S/N: 1440 44 1700 79 2000 91 2440 91 2500 91 3000 91 3600 76 4130 36
NLR/BLR: 900 4170 km/s
S/N: blr -1.8 c3 13 c4 36 he2_1640 15 mg2 13 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4130.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4130.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
369 RM_080 z = 1.5060
z(Shen) = 1.5028 = -378 km/s
z(He2) = 1.5033 = -323 km/s
S/N: 1440 49 1700 87 2000 92 2440 94 2500 92 3000 83 3600 59 4130 37
NLR/BLR: 900 3960 km/s
S/N: blr 7.6 c3 12 c4 37 he2_1640 11 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4130.
blr.
c3.
c4.
chi-bias.
he2_1640.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4130.
blr.
c3.
c4.
he2_1640.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
370 RM_476 z = 1.5060
z(Shen) = 1.5071 = 126 km/s
z(He2) = 1.5063 = 36 km/s
S/N: 1440 41 1700 77 2000 99 2440 107 2500 106 3000 111 3600 103 4120 46
NLR/BLR: 900 8400 km/s
S/N: blr 20 c3 11 c4 15 he2_1640 14 mg2 23 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4120.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1440.
c1700.
c2000.
c2440.
c2500.
c3000.
c3600.
c4120.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
371 RM_514 z = 1.5130
z(Shen) = 1.5154 = 287 km/s
z(He2) = 1.5078 = -620 km/s
S/N: 1430 79 1700 125 2000 137 2420 141 2500 140 3000 141 3600 124 4110 50
NLR/BLR: 900 6690 km/s
S/N: blr 8.5 c3 45 c4 61 he2_1640 26 mg2 40 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4110.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4110.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
372 RM_412 z = 1.5140
z(Shen) = 1.5152 = 142 km/s
z(He2) = 1.5106 = -405 km/s
S/N:
1430 108 1700 150 2000 157 2420 159 2500 157 3000 152 3600 138 4110 60
NLR/BLR: 900 7950 km/s
S/N: blr 13 c3 45 c4 57 he2_1640 27 mg2 35 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4110.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4110.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
373 RM_431 z = 1.5140
z(Shen) = 1.5180 = 477 km/s
z(He2) = 1.5127 = -155 km/s
S/N: 1430 98 1700 140 2000 149 2420 145 2500 143 3000 140 3600 127 4100 48
NLR/BLR: 900 9800 km/s
S/N: blr -7.1 c3 35 c4 46 he2_1640 18 mg2 31 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
374 RM_129 z = 1.5150
z(Shen) = 1.5154 = 49 km/s
z(He2) = 1.5132 = -215 km/s
S/N: 1430 54 1700 105 2000 120 2420 119 2500 116 3000 111 3600 92 4110 45
NLR/BLR: 900 9710 km/s
S/N: blr 7.7 c3 26 c4 25 he2_1640 15 mg2 33 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4110.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4110.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
375 RM_318 z = 1.5150
z(Shen) = 1.5147 = -39 km/s
z(He2) = 1.5074 = -906 km/s
S/N: 1430 94 1700 136 2000 151 2420 148 2500 146 3000 145 3600 132 4110 51
NLR/BLR: 900 8270 km/s
S/N: blr -1.9 c3 25 c4 38 he2_1640 15 mg2 33 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4110.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4110.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
376 RM_006 z = 1.5180
z(Shen) = 1.5170 = -115 km/s
z(He2) = 1.5169 = -131 km/s
S/N: 1430 58 1700 114 2000 131 2420 134 2500 132 3000 125 3600 101 4100 45
NLR/BLR: 900 7890 km/s
S/N: blr 11 c3 19 c4 33 he2_1640 16 mg2 19 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
377 RM_760 z = 1.5190
z(Shen) = 1.5183 = -83 km/s
z(He2) = 1.5176 = -167 km/s
S/N: 1430 39 1700 81 2000 91 2420 98 2500 96 3000 93 3600 78 4100 44
NLR/BLR: 900 6600 km/s
S/N: blr 18 c3 17 c4 9.5 mg2 20 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
378 RM_423 z = 1.5230
z(Shen) = 1.5212 = -217 km/s
z(He2) = 1.5166 = -760 km/s
S/N: 1430 64 1700 104 2000 113 2420 115 2500 113 3000 111 3600 102 4100 43
NLR/BLR: 900 6780 km/s
S/N: blr 10 c3 19 c4 30 he2_1640 15 mg2 20 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
379 RM_695 z = 1.5230
z(Shen) = 1.5258 = 335 km/s
z(He2) = 1.5230 = 0 km/s
S/N: 1430 39 1700 82 2000 97 2420 89 2500 85 3000 81 3600 71 4090 39
NLR/BLR: 900 4190 km/s
S/N: blr 4.6 c3 14 c4 28 he2_1640 10 mg2 21 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4090.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4090.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
380 RM_445 z = 1.5240
z(Shen) = 1.5188 = -620 km/s
z(He2) = 1.5124 = -1378 km/s
S/N: 1430 87 1700 138 2000 145 2420 142 2500 139 3000 130 3600 117 4100 53
NLR/BLR: 900 8750 km/s
S/N: blr 8.3 c3 39 c4 46 he2_1640 18 mg2 42 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4100.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
381 RM_483 z = 1.5240
z(Shen) = 1.5238 = -21 km/s
z(He2) = 1.5218 = -261 km/s
S/N: 1430 36 1700 78 2000 102 2420 95 2500 91 3000 80 3600 67 4090 40
NLR/BLR: 900 5300 km/s
S/N: blr -6.2 c3 14 c4 16 he2_1640 8.8 mg2 16 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4090.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4090.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
382 RM_534 z = 1.5240
z(Shen) = 1.5220 = -235 km/s
z(He2) = 1.5226 = -166 km/s
S/N: 1430 39 1700 67 2000 74 2420 81 2500 81 3000 84 3600 72 4090 35
NLR/BLR: 900 8150 km/s
S/N: blr 11 c4 20 mg2 13 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4090.
blr.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1430.
c1700.
c2000.
c2420.
c2500.
c3000.
c3600.
c4090.
blr.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
383 RM_482 z = 1.5260
z(Shen) = 1.5301 = 491 km/s
z(He2) = 1.5271 = 131 km/s
S/N:
1420 103 1700 153 2000 154 2410 144 2500 139 3000 125 3600 104 4080 44
NLR/BLR: 900 10880 km/s
S/N: blr 19 c3 21 c4 25 he2_1640 -9.4 mg2 29 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
384 RM_691 z = 1.5270
z(Shen) = 1.5300 = 357 km/s
z(He2) = 1.5270 = 0 km/s
S/N: 1420 68 1700 119 2000 126 2410 129 2500 126 3000 114 3600 91 4080 46
NLR/BLR: 900 10080 km/s
S/N: blr 26 c3 26 c4 19 he2_1640 -9.4 mg2 26 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
385 RM_239 z = 1.5310
z(Shen) = 1.5328 = 211 km/s
z(He2) = 1.5304 = -71 km/s
S/N: 1420 45 1700 96 2000 106 2410 112 2500 110 3000 109 3600 94 4080 42
NLR/BLR: 900 10360 km/s
S/N: blr 16 c3 16 c4 22 he2_1640 3.4 mg2 18 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
386 RM_758 z = 1.5320
z(Shen) = 1.5322 = 21 km/s
z(He2) = 1.5286 = -403 km/s
S/N: 1420 58 1700 111 2000 123 2410 126 2500 125 3000 122 3600 100 4080 38
NLR/BLR: 900 6420 km/s
S/N: blr 9.7 c3 16 c4 23 he2_1640 11 mg2 18 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
387 RM_063 z = 1.5340
z(Shen) = 1.5368 = 329 km/s
z(He2) = 1.5312 = -331 km/s
S/N: 1420 43 1700 86 2000 94 2400 90 2500 88 3000 93 3600 69 4070 32
NLR/BLR: 900 7120 km/s
S/N: blr 14 c3 14 c4 24 he2_1640 10 mg2 22 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4070.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4070.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
388 RM_544 z = 1.5360
z(Shen) = 1.5323 = -441 km/s
z(He2) = 1.5307 = -627 km/s
S/N: 1420 37 1700 63 2000 67 2410 74 2500 73 3000 76 3600 59 4080 28
NLR/BLR: 900 12160 km/s
S/N: blr 20 c3 12 mg2 11 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2410.
c2500.
c3000.
c3600.
c4080.
blr.
c3.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
389 RM_055 z = 1.5380
z(Shen) = 1.5343 = -437 km/s
z(He2) = 1.5351 = -343 km/s
S/N: 1420 68 1700 124 2000 134 2400 134 2500 131 3000 122 3600 105 4070 49
NLR/BLR: 900 4700 km/s
S/N: blr 6.3 c3 19 c4 44 he2_1640 13 mg2 20 p0 -7.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4070.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4070.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
390 RM_086 z = 1.5420
z(Shen) = 1.5425 = 60 km/s
z(He2) = 1.5600 = 2123 km/s
S/N: 1420 42 1700 121 2000 148 2400 147 2500 144 3000 139 3600 123 4060 49
NLR/BLR: 900 15000 km/s
S/N: blr 16 c3 32 c4 19 he2_1640 20 mg2 24 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
391 RM_426 z = 1.5440
z(Shen) = 1.5437 = -38 km/s
z(He2) = 1.5402 = -448 km/s
S/N: 1420 61 1700 115 2000 121 2400 116 2500 114 3000 112 3600 92 4060 43
NLR/BLR: 900 7700 km/s
S/N: blr 6.8 c3 18 c4 44 he2_1640 17 mg2 20 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
392 RM_254 z = 1.5460
z(Shen) = 1.5449 = -127 km/s
z(He2) = 1.5442 = -212 km/s
S/N: 1420 41 1700 73 2000 84 2400 92 2500 90 3000 79 3600 75 4060 54
NLR/BLR: 900 4700 km/s
S/N: blr 3.1 c3 16 c4 18 he2_1640 9.2 mg2 17 p0 -6.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
393 RM_434 z = 1.5480
z(Shen) = 1.5454 = -307 km/s
z(He2) = 1.5434 = -541 km/s
S/N: 1420 90 1700 132 2000 140 2400 141 2500 139 3000 137 3600 119 4060 51
NLR/BLR: 900 7830 km/s
S/N: blr 11 c3 31 c4 53 he2_1640 26 mg2 39 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
394 RM_552 z = 1.5480
z(Shen) = 1.5485 = 54 km/s
z(He2) = 1.5495 = 176 km/s
S/N: 1410 43 1700 80 2000 91 2390 97 2500 93 3000 92 3600 78 4050 34
NLR/BLR: 900 15000 km/s
S/N: blr 13 c3 15 he2_1640 13 mg2 19 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1410.
c1700.
c2000.
c2390.
c2500.
c3000.
c3600.
c4050.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1410.
c1700.
c2000.
c2390.
c2500.
c3000.
c3600.
c4050.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
395 RM_835 z = 1.5480
z(Shen) = 1.5449 = -361 km/s
z(He2) = 1.5425 = -647 km/s
S/N: 1420 54 1700 98 2000 116 2400 110 2500 109 3000 113 3600 91 4060 44
NLR/BLR: 900 7060 km/s
S/N: blr 8.6 c3 24 c4 34 he2_1640 20 mg2 21 p0 -8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1420.
c1700.
c2000.
c2400.
c2500.
c3000.
c3600.
c4060.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
396 RM_619 z = 1.5500
z(Shen) = 1.5534 = 401 km/s
S/N: 1410 43 1700 108 2000 122 2390 114 2500 111 3000 107 3600 93 4040 47
NLR/BLR: 900 6500 km/s
S/N: blr 7.0 c3 17 c4 19 he2_1640 6.3 mg2 17 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1410.
c1700.
c2000.
c2390.
c2500.
c3000.
c3600.
c4040.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1410.
c1700.
c2000.
c2390.
c2500.
c3000.
c3600.
c4040.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
397 RM_674 z = 1.5500
z(Shen) = 1.5533 = 389 km/s
z(He2) = 1.5494 = -71 km/s
S/N: 1410 38 1700 90 2000 113 2390 109 2500 106 3000 104 3600 77 4040 60
NLR/BLR: 900 9310 km/s
S/N: blr 17 c3 18 c4 20 he2_1640 11 mg2 22 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1410.
c1700.
c2000.
c2390.
c2500.
c3000.
c3600.
c4040.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1410.
c1700.
c2000.
c2390.
c2500.
c3000.
c3600.
c4040.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
398 RM_024 z = 1.5520
z(Shen) = 1.5518 = -23 km/s
z(He2) = 1.5478 = -493 km/s
S/N: 1410 50 1700 91 2000 94 2390 99 2500 97 3000 93 3600 79 4050 43
NLR/BLR: 900 7220 km/s
S/N: blr -0.79 c3 27 c4 24 he2_1640 6.1 mg2 23 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1410.
c1700.
c2000.
c2390.
c2500.
c3000.
c3600.
c4050.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1410.
c1700.
c2000.
c2390.
c2500.
c3000.
c3600.
c4050.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
399 RM_753 z = 1.5560
z(Shen) = 1.5624 = 747 km/s
z(He2) = 1.5444 = -1361 km/s
S/N: 1410 65 1700 113 2000 134 2380 139 2500 137 3000 139 3600 128 4030 64
NLR/BLR: 900 7600 km/s
S/N: blr 3.2 c3 43 c4 40 he2_1640 18 mg2 39 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1410.
c1700.
c2000.
c2380.
c2500.
c3000.
c3600.
c4030.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1410.
c1700.
c2000.
c2380.
c2500.
c3000.
c3600.
c4030.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
400 RM_194 z = 1.5620
z(Shen) = 1.5598 = -260 km/s
z(He2) = 1.5569 = -597 km/s
S/N: 1410 50 1700 116 2000 133 2380 130 2500 126 3000 125 3600 102 4030 28
NLR/BLR: 900 14530 km/s
S/N: blr 17 c3 25 c4 29 he2_1640 21 mg2 22 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1410.
c1700.
c2000.
c2380.
c2500.
c3000.
c3600.
c4030.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1410.
c1700.
c2000.
c2380.
c2500.
c3000.
c3600.
c4030.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
401 RM_136 z = 1.5640
z(Shen) = 1.5699 = 688 km/s
z(He2) = 1.5646 = 70 km/s
S/N: 1400 44 1700 94 2000 111 2370 121 2500 121 3000 130 3600 129 4020 69
NLR/BLR: 900 8800 km/s
S/N: blr -1.2 c3 12 c4 12 he2_1640 7.2 mg2 12 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4020.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4020.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
402 RM_590 z = 1.5640
z(Shen) = 1.5637 = -33 km/s
z(He2) = 1.5699 = 690 km/s
S/N: 1410 49 1700 96 2000 116 2380 113 2500 108 3000 95 3600 74 4030 36
NLR/BLR: 900 12000 km/s
S/N: blr 15 c3 14 c4 18 he2_1640 12 mg2 13 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1410.
c1700.
c2000.
c2380.
c2500.
c3000.
c3600.
c4030.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1410.
c1700.
c2000.
c2380.
c2500.
c3000.
c3600.
c4030.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
403 RM_578 z = 1.5700
z(Shen) = 1.5697 = -30 km/s
z(He2) = 1.5653 = -548 km/s
S/N: 1400 50 1700 90 2000 103 2370 116 2500 117 3000 120 3600 99 4020 54
NLR/BLR: 900 5980 km/s
S/N: blr -9.3 c3 32 c4 38 he2_1640 11 mg2 36 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4020.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4020.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
404 RM_182 z = 1.5730
z(Shen) = 1.5713 = -203 km/s
z(He2) = 1.5674 = -652 km/s
S/N: 1400 76 1700 120 2000 132 2370 133 2500 130 3000 127 3600 103 4020 39
NLR/BLR: 900 7420 km/s
S/N: blr -7.7 c3 27 c4 44 he2_1640 18 mg2 25 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4020.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4020.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
405 RM_577 z = 1.5740
z(Shen) = 1.5685 = -643 km/s
S/N: 1400 41 1700 92 2000 111 2370 121 2500 120 3000 123 3600 92 4020 46
NLR/BLR: 900 4510 km/s
S/N: blr -6.8 c3 16 c4 19 he2_1640 9.3 mg2 21 p0 -8.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4020.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4020.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
406 RM_275 z = 1.5800
z(Shen) = 1.5772 = -323 km/s
z(He2) = 1.5772 = -325 km/s
S/N:
1400 181 1700 268 2000 272 2370 276 2500 273 3000 270 3600 231 4010 92
NLR/BLR: 900 12500 km/s
S/N: blr 15 c3 19 c4 105 mg2 33 p0 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4010.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4010.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
407 RM_787 z = 1.5830
z(Shen) = 1.5834 = 51 km/s
z(He2) = 1.5847 = 197 km/s
S/N: 1400 38 1700 67 2000 67 2370 65 2500 63 3000 63 3600 48 4000 38
NLR/BLR: 900 7570 km/s
S/N: blr -7.5 c4 13 mg2 13 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4000.
blr.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1400.
c1700.
c2000.
c2370.
c2500.
c3000.
c3600.
c4000.
blr.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
408 RM_081 z = 1.5840
z(Shen) = 1.5861 = 248 km/s
z(He2) = 1.5739 = -1172 km/s
S/N: 1390 97 1700 155 2000 162 2360 162 2500 160 3000 154 3600 138 3990 74
NLR/BLR: 900 7420 km/s
S/N: blr -6.6 c3 42 c4 54 he2_1640 18 mg2 28 p0 -9.2 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
409 RM_159 z = 1.5840
z(Shen) = 1.5867 = 317 km/s
z(He2) = 1.5866 = 302 km/s
S/N: 1390 96 1700 128 2000 134 2360 132 2500 128 3000 126 3600 106 3990 65
NLR/BLR: 900 10820 km/s
S/N: blr 18 c3 53 c4 56 he2_1640 27 mg2 41 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
410 RM_737 z = 1.5840
z(Shen) = 1.5851 = 128 km/s
z(He2) = 1.5807 = -383 km/s
S/N: 1390 83 1700 129 2000 146 2360 148 2500 145 3000 144 3600 127 3990 63
NLR/BLR: 900 6340 km/s
S/N: blr -9.4 c3 19 c4 36 he2_1640 17 mg2 26 p0 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
411 RM_745 z = 1.5850
z(Shen) = 1.5845 = -53 km/s
z(He2) = 1.5689 = -1867 km/s
S/N: 1390 28 1700 58 2000 90 2360 109 2500 109 3000 116 3600 94 4000 43
NLR/BLR: 900 8670 km/s
S/N: blr -6.1 c3 20 c4 18 he2_1640 16 mg2 20 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c4000.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c4000.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
412 RM_531 z = 1.5880
z(Shen) = 1.5841 = -455 km/s
z(He2) = 1.5800 = -927 km/s
S/N: 1390 39 1700 79 2000 87 2360 84 2500 82 3000 78 3600 57 4000 29
NLR/BLR: 900 8270 km/s
S/N: blr 9.2 c3 15 c4 35 he2_1640 13 mg2 17 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c4000.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c4000.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
413 RM_493 z = 1.5890
z(Shen) = 1.5917 = 308 km/s
z(He2) = 1.5892 = 23 km/s
S/N:
1390 108 1700 156 2000 168 2350 170 2500 169 3000 165 3600 147 3980 78
NLR/BLR: 900 8060 km/s
S/N: blr -8.2 c4 43 he2_1640 24 mg2 31 p0 -8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3980.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3980.
blr.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
414 RM_012 z = 1.5910
z(Shen) = 1.5847 = -729 km/s
z(He2) = 1.5905 = -58 km/s
S/N: 1390 50 1700 88 2000 92 2350 90 2500 85 3000 81 3600 66 3990 28
NLR/BLR: 900 8000 km/s
S/N: blr -9.1 c3 16 c4 32 he2_1640 13 mg2 15 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
415 RM_346 z = 1.5920
z(Shen) = 1.5887 = -377 km/s
z(He2) = 1.5885 = -405 km/s
S/N: 1390 34 1700 74 2000 90 2360 94 2500 91 3000 92 3600 68 3990 33
NLR/BLR: 900 9010 km/s
S/N: blr -5.2 c3 26 c4 36 he2_1640 15 mg2 28 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2360.
c2500.
c3000.
c3600.
c3990.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
416 RM_647 z = 1.5940
z(Shen) = 1.5988 = 556 km/s
z(He2) = 1.5958 = 208 km/s
S/N: 1390 44 1700 87 2000 110 2350 116 2500 116 3000 118 3600 92 3970 43
NLR/BLR: 900 9440 km/s
S/N: blr -7.7 c3 27 c4 24 he2_1640 19 mg2 26 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
417 RM_738 z = 1.5940
z(Shen) = 1.5986 = 535 km/s
z(He2) = 1.5928 = -139 km/s
S/N: 1390 58 1700 93 2000 121 2350 133 2500 131 3000 129 3600 101 3970 52
NLR/BLR: 900 10130 km/s
S/N: blr -6.1 c3 28 c4 26 he2_1640 27 mg2 27 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
418 RM_566 z = 1.5960
z(Shen) = 1.5971 = 125 km/s
z(He2) = 1.5973 = 150 km/s
S/N: 1390 29 1700 62 2000 75 2350 75 2500 71 3000 65 3600 62 3980 39
NLR/BLR: 900 10050 km/s
S/N: blr -4.1 c3 10 c4 9.8 he2_1640 11 mg2 11 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3980.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3980.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
419 RM_196 z = 1.5970
z(Shen) = 1.5953 = -193 km/s
z(He2) = 1.5928 = -485 km/s
S/N: 1390 57 1700 87 2000 88 2350 97 2500 97 3000 82 3600 71 3980 57
NLR/BLR: 900 9680 km/s
S/N: blr 9.3 c3 13 c4 26 mg2 15 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3980.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3980.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
420 RM_842 z = 1.5980
z(Shen) = 1.6007 = 307 km/s
S/N: 1390 63 1700 85 2000 86 2350 97 2500 95 3000 83 3600 84 3970 57
NLR/BLR: 900 5110 km/s
S/N: blr -7.6 c3 9.1 c4 8.5 he2_1640 -9.4 mg2 7.8 p0 -9.1 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
421 RM_307 z = 1.5990
z(Shen) = 1.6013 = 269 km/s
z(He2) = 1.5967 = -265 km/s
S/N: 1390 46 1700 80 2000 80 2350 79 2500 77 3000 71 3600 52 3970 32
NLR/BLR: 900 4670 km/s
S/N: blr -8.3 c3 16 c4 21 he2_1640 11 mg2 12 p0 -9.3 si4 6.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
422 RM_317 z = 1.6050
z(Shen) = 1.6021 = -329 km/s
z(He2) = 1.6013 = -426 km/s
S/N: 1390 96 1700 140 2000 150 2350 151 2500 147 3000 144 3600 116 3970 55
NLR/BLR: 900 10180 km/s
S/N: blr -9.0 c3 39 c4 55 he2_1640 30 mg2 37 p0 -9.3 si4 6.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1390.
c1700.
c2000.
c2350.
c2500.
c3000.
c3600.
c3970.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
423 RM_227 z = 1.6060
z(Shen) = 1.6076 = 186 km/s
z(He2) = 1.5977 = -955 km/s
S/N: 1380 74 1700 108 2000 121 2340 119 2500 114 3000 106 3600 88 3960 54
NLR/BLR: 900 7630 km/s
S/N: blr -9.1 c3 24 c4 35 he2_1640 13 mg2 24 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1380.
c1700.
c2000.
c2340.
c2500.
c3000.
c3600.
c3960.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1380.
c1700.
c2000.
c2340.
c2500.
c3000.
c3600.
c3960.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
424 RM_008 z = 1.6110
z(Shen) = 1.6125 = 173 km/s
z(He2) = 1.6078 = -367 km/s
S/N: 1380 45 1700 68 2000 90 2330 113 2500 118 3000 136 3600 122 3950 61
NLR/BLR: 900 6470 km/s
S/N: blr -6.4 c3 16 c4 19 he2_1640 12 mg2 25 p0 -9.4 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3950.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3950.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
425 RM_082 z = 1.6110
z(Shen) = 1.6185 = 861 km/s
z(He2) = 1.6053 = -654 km/s
S/N: 1380 58 1700 96 2000 105 2330 110 2500 108 3000 101 3600 85 3940 58
NLR/BLR: 900 5100 km/s
S/N: blr -6.8 c3 11 c4 11 mg2 14 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3940.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3940.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
426 RM_403 z = 1.6120
z(Shen) = 1.6118 = -23 km/s
z(He2) = 1.6052 = -780 km/s
S/N: 1380 56 1700 107 2000 109 2330 109 2500 108 3000 107 3600 75 3950 44
NLR/BLR: 900 5170 km/s
S/N: blr -9.4 c3 24 c4 33 he2_1640 14 mg2 23 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3950.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3950.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
427 RM_575 z = 1.6160
z(Shen) = 1.6250 = 1031 km/s
z(He2) = 1.6199 = 447 km/s
S/N: 1370 90 1700 139 2000 146 2320 147 2500 143 3000 135 3600 106 3930 51
NLR/BLR: 900 10210 km/s
S/N: blr -8.7 c3 24 c4 29 he2_1640 15 mg2 19 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
428 RM_361 z = 1.6170
z(Shen) = 1.6173 = 33 km/s
z(He2) = 1.6144 = -298 km/s
S/N: 1380 96 1700 130 2000 132 2330 127 2500 119 3000 112 3600 82 3950 44
NLR/BLR: 900 8640 km/s
S/N: blr -6.0 c3 42 c4 48 he2_1640 23 mg2 20 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3950.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3950.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
429 RM_536 z = 1.6210
z(Shen) = 1.6234 = 269 km/s
z(He2) = 1.6244 = 389 km/s
S/N: 1370 43 1700 76 2000 90 2320 103 2500 104 3000 106 3600 85 3940 43
NLR/BLR: 900 6990 km/s
S/N: blr 11 c3 18 c4 11 he2_1640 14 mg2 25 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3940.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3940.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
430 RM_833 z = 1.6220
z(Shen) = 1.6179 = -466 km/s
z(He2) = 1.6175 = -515 km/s
S/N: 1380 51 1700 89 2000 101 2330 109 2500 105 3000 90 3600 87 3940 57
NLR/BLR: 900 6310 km/s
S/N: blr -8.3 c3 14 c4 15 he2_1640 19 mg2 17 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3940.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1380.
c1700.
c2000.
c2330.
c2500.
c3000.
c3600.
c3940.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
431 RM_473 z = 1.6240
z(Shen) = 1.6252 = 136 km/s
z(He2) = 1.6296 = 640 km/s
S/N: 1370 45 1700 72 2000 75 2320 79 2500 76 3000 68 3600 56 3930 37
NLR/BLR: 900 9900 km/s
S/N: blr -3.0 c3 13 c4 14 mg2 13 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
432 RM_448 z = 1.6270
z(Shen) = 1.6262 = -90 km/s
z(He2) = 1.6237 = -377 km/s
S/N: 1370 52 1700 94 2000 102 2320 106 2500 104 3000 97 3600 83 3930 53
NLR/BLR: 900 15000 km/s
S/N: blr 2.4 c3 17 c4 35 mg2 27 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
433 RM_149 z = 1.6290
z(Shen) = 1.6225 = -743 km/s
z(He2) = 1.6207 = -946 km/s
S/N: 1370 55 1700 88 2000 99 2320 106 2500 102 3000 88 3600 72 3940 51
NLR/BLR: 900 6490 km/s
S/N: blr -9.3 c3 13 c4 32 he2_1640 11 mg2 16 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3940.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3940.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
434 RM_433 z = 1.6290
z(Shen) = 1.6265 = -286 km/s
z(He2) = 1.6234 = -639 km/s
S/N: 1370 65 1700 119 2000 118 2320 116 2500 112 3000 102 3600 71 3930 36
NLR/BLR: 900 5960 km/s
S/N: blr -9.4 c3 16 c4 29 he2_1640 9.6 mg2 16 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
435 RM_462 z = 1.6320
z(Shen) = 1.6325 = 56 km/s
z(He2) = 1.6219 = -1150 km/s
S/N: 1370 49 1700 65 2000 71 2320 79 2500 79 3000 66 3600 54 3920 37
NLR/BLR: 900 9700 km/s
S/N: blr -6.4 c3 14 c4 23 he2_1640 4.5 mg2 10 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
436 RM_700 z = 1.6320
z(Shen) = 1.6278 = -481 km/s
z(He2) = 1.6272 = -547 km/s
S/N: 1370 31 1700 57 2000 61 2320 59 2500 58 3000 57 3600 54 3930 40
NLR/BLR: 900 3710 km/s
S/N: blr -8.4 c4 13 mg2 12 p0 -8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3930.
blr.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
437 RM_298 z = 1.6330
z(Shen) = 1.6351 = 245 km/s
z(He2) = 1.6281 = -558 km/s
S/N: 1370 88 1700 127 2000 129 2320 130 2500 126 3000 118 3600 83 3920 50
NLR/BLR: 900 7050 km/s
S/N: blr -9.2 c3 23 c4 33 he2_1640 12 mg2 20 p0 -9.3 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
438 RM_415 z = 1.6330
z(Shen) = 1.6333 = 36 km/s
z(He2) = 1.6196 = -1526 km/s
S/N: 1370 55 1700 89 2000 97 2320 100 2500 99 3000 92 3600 67 3920 41
NLR/BLR: 900 7140 km/s
S/N: blr -8.3 c4 13 he2_1640 11 mg2 9.7 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
439 RM_163 z = 1.6350
z(Shen) = 1.6317 = -380 km/s
z(He2) = 1.6267 = -944 km/s
S/N: 1370 46 1700 92 2000 94 2320 93 2500 86 3000 72 3600 66 3920 51
NLR/BLR: 900 7930 km/s
S/N: blr -9.2 c3 13 he2_1640 8.7 mg2 11 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
440 RM_763 z = 1.6370
z(Shen) = 1.6341 = -326 km/s
z(He2) = 1.6335 = -398 km/s
S/N: 1370 44 1700 94 2000 108 2320 119 2500 123 3000 126 3600 93 3920 50
NLR/BLR: 900 3890 km/s
S/N: blr -8.2 c3 21 c4 43 he2_1640 15 mg2 23 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
441 RM_723 z = 1.6380
z(Shen) = 1.6352 = -320 km/s
z(He2) = 1.6347 = -375 km/s
S/N: 1370 68 1700 122 2000 136 2320 145 2500 142 3000 136 3600 106 3920 50
NLR/BLR: 900 9720 km/s
S/N: blr -7.5 c3 33 c4 61 he2_1640 29 mg2 33 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
442 RM_816 z = 1.6380
z(Shen) = 1.6372 = -92 km/s
z(He2) = 1.6359 = -239 km/s
S/N: 1370 39 1700 65 2000 73 2320 77 2500 74 3000 71 3600 63 3920 42
NLR/BLR: 900 8520 km/s
S/N: blr -7.1 c3 12 c4 21 he2_1640 13 mg2 15 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2320.
c2500.
c3000.
c3600.
c3920.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
443 RM_538 z = 1.6410
z(Shen) = 1.6398 = -141 km/s
z(He2) = 1.6394 = -182 km/s
S/N: 1370 75 1700 125 2000 123 2310 120 2500 113 3000 98 3600 82 3910 49
NLR/BLR: 900 12830 km/s
S/N: c3 12 c4 22 mg2 11 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1370.
c1700.
c2000.
c2310.
c2500.
c3000.
c3600.
c3910.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1370.
c1700.
c2000.
c2310.
c2500.
c3000.
c3600.
c3910.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
444 RM_617 z = 1.6430
z(Shen) = 1.6454 = 276 km/s
z(He2) = 1.6387 = -488 km/s
S/N: 1360 72 1700 121 2000 133 2300 134 2500 126 3000 109 3600 90 3900 64
NLR/BLR: 900 9240 km/s
S/N: blr -9.2 c3 19 c4 21 he2_1640 16 mg2 23 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
445 RM_692 z = 1.6430
z(Shen) = 1.6418 = -141 km/s
z(He2) = 1.6422 = -91 km/s
S/N: 1360 93 1700 123 2000 137 2310 149 2500 146 3000 140 3600 118 3910 89
NLR/BLR: 900 9780 km/s
S/N: blr 2.9 c3 44 c4 39 he2_1640 43 mg2 42 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2310.
c2500.
c3000.
c3600.
c3910.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2310.
c2500.
c3000.
c3600.
c3910.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
446 RM_629 z = 1.6450
z(Shen) = 1.6410 = -453 km/s
z(He2) = 1.6407 = -487 km/s
S/N: 1360 32 1700 62 2000 68 2310 69 2500 66 3000 58 3600 62 3910 53
NLR/BLR: 900 7470 km/s
S/N: blr -8.6 c4 35 he2_1640 17 mg2 18 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2310.
c2500.
c3000.
c3600.
c3910.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2310.
c2500.
c3000.
c3600.
c3910.
blr.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
447 RM_231 z = 1.6460
z(Shen) = 1.6454 = -69 km/s
z(He2) = 1.6393 = -759 km/s
S/N:
1360 111 1700 154 2000 153 2300 150 2500 145 3000 139 3600 110 3900 56
NLR/BLR: 900 13190 km/s
S/N: blr -8.9 c3 26 c4 55 mg2 24 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
448 RM_042 z = 1.6500
z(Shen) = 1.6449 = -581 km/s
z(He2) = 1.6389 = -1256 km/s
S/N: 1360 64 1700 95 2000 99 2300 100 2500 94 3000 76 3600 76 3900 64
NLR/BLR: 900 4890 km/s
S/N: blr -4.2 he2_1640 9.0 mg2 2.2 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
449 RM_561 z = 1.6500
z(Shen) = 1.6523 = 265 km/s
z(He2) = 1.6460 = -453 km/s
S/N:
1360 126 1700 169 2000 171 2300 170 2500 167 3000 156 3600 122 3890 62
NLR/BLR: 900 10310 km/s
S/N: blr -9.4 c3 44 c4 66 he2_1640 35 mg2 52 p0 -9.4 si4 29
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3890.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3890.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
450 RM_704 z = 1.6500
z(Shen) = 1.6493 = -78 km/s
z(He2) = 1.6492 = -91 km/s
S/N: 1360 47 1700 81 2000 101 2300 110 2500 105 3000 85 3600 59 3900 38
NLR/BLR: 900 8690 km/s
S/N: blr -6.9 c3 20 c4 27 he2_1640 19 mg2 19 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
451 RM_527 z = 1.6510
z(Shen) = 1.6466 = -492 km/s
z(He2) = 1.6493 = -192 km/s
S/N: 1360 45 1700 99 2000 102 2300 102 2500 98 3000 90 3600 64 3900 47
NLR/BLR: 900 13350 km/s
S/N: blr -9.2 c3 17 c4 39 mg2 19 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3900.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
452 RM_155 z = 1.6520
z(Shen) = 1.6569 = 557 km/s
z(He2) = 1.6405 = -1300 km/s
S/N: 1360 63 1700 101 2000 118 2300 133 2500 137 3000 140 3600 114 3890 66
NLR/BLR: 900 7970 km/s
S/N: blr -5.0 c3 44 c4 53 he2_1640 24 mg2 39 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3890.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3890.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
453 RM_049 z = 1.6550
z(Shen) = 1.6518 = -357 km/s
z(He2) = 1.6451 = -1118 km/s
S/N: 1360 71 1700 112 2000 118 2300 115 2500 108 3000 93 3600 81 3890 69
NLR/BLR: 900 9190 km/s
S/N: blr -9.1 c3 21 c4 25 he2_1640 18 mg2 19 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3890.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3890.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
454 RM_156 z = 1.6630
z(Shen) = 1.6598 = -365 km/s
z(He2) = 1.6587 = -484 km/s
S/N: 1360 64 1700 108 2000 118 2300 125 2500 124 3000 118 3600 85 3880 47
NLR/BLR: 900 4860 km/s
S/N: blr -9.0 c3 15 c4 30 he2_1640 17 mg2 19 p0 -8.7 si4 9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3880.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3880.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
455 RM_817 z = 1.6640
z(Shen) = 1.6687 = 523 km/s
z(He2) = 1.6569 = -799 km/s
S/N: 1350 75 1700 123 2000 124 2290 125 2500 124 3000 115 3600 69 3870 43
NLR/BLR: 900 8680 km/s
S/N: blr -9.2 c4 18 mg2 18 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1350.
c1700.
c2000.
c2290.
c2500.
c3000.
c3600.
c3870.
blr.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1350.
c1700.
c2000.
c2290.
c2500.
c3000.
c3600.
c3870.
blr.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
456 RM_809 z = 1.6700
z(Shen) = 1.6592 = -1216 km/s
z(He2) = 1.6606 = -1055 km/s
S/N: 1360 69 1700 100 2000 96 2300 104 2500 103 3000 89 3600 60 3880 35
NLR/BLR: 900 15000 km/s
S/N: blr -9.3 c3 17 c4 27 mg2 25 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3880.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1360.
c1700.
c2000.
c2300.
c2500.
c3000.
c3600.
c3880.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
457 RM_784 z = 1.6720
z(Shen) = 1.6772 = 587 km/s
z(He2) = 1.6691 = -325 km/s
S/N:
1350 135 1700 162 2000 171 2280 174 2500 173 3000 169 3600 154 3860 110
NLR/BLR: 900 9990 km/s
S/N: blr 12 c3 77 c4 98 he2_1640 65 mg2 76 p0 -9.3 si4 33
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3860.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3860.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
458 RM_327 z = 1.6730
z(Shen) = 1.6746 = 181 km/s
z(He2) = 1.6676 = -606 km/s
S/N:
1350 110 1700 152 2000 158 2280 159 2500 152 3000 141 3600 105 3860 64
NLR/BLR: 900 8300 km/s
S/N: blr -7.5 c3 35 c4 65 he2_1640 27 mg2 39 p0 -9.4 si4 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3860.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3860.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
459 RM_521 z = 1.6740
z(Shen) = 1.6813 = 816 km/s
z(He2) = 1.6755 = 168 km/s
S/N:
1340 46 1350 47 1700 84 2000 96 2270 103 2500 100 3000 91 3600 62 3850 42
NLR/BLR: 900 11300 km/s
S/N: blr -8.6 c3 15 c4 16 mg2 17 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
460 RM_245 z = 1.6770
z(Shen) = 1.6704 = -739 km/s
z(He2) = 1.6708 = -694 km/s
S/N: 1350 69 1700 119 2000 117 2290 119 2500 113 3000 102 3600 74 3870 43
NLR/BLR: 900 15000 km/s
S/N: blr -9.4 c3 20 c4 26 mg2 18 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1350.
c1700.
c2000.
c2290.
c2500.
c3000.
c3600.
c3870.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1350.
c1700.
c2000.
c2290.
c2500.
c3000.
c3600.
c3870.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
461 RM_688 z = 1.6770
z(Shen) = 1.6795 = 280 km/s
z(He2) = 1.6782 = 134 km/s
S/N: 1350 79 1700 135 2000 138 2280 140 2500 139 3000 133 3600 90 3850 63
NLR/BLR: 900 5400 km/s
S/N: blr -9.4 c3 29 c4 36 mg2 34 p0 -8.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
462 RM_181 z = 1.6780
z(Shen) = 1.6754 = -288 km/s
z(He2) = 1.6734 = -515 km/s
S/N: 1350 40 1700 90 2000 92 2280 91 2500 85 3000 81 3600 47 3860 32
NLR/BLR: 900 6760 km/s
S/N: blr -7.5 c3 14 c4 37 he2_1640 -4.2 mg2 14 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3860.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3860.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
463 RM_826 z = 1.6780
z(Shen) = 1.6780 = 3 km/s
z(He2) = 1.6769 = -123 km/s
S/N:
1340 45 1350 47 1700 106 2000 106 2280 96 2500 90 3000 81 3600 51 3870 33
NLR/BLR: 900 4470 km/s
S/N: blr -9.1 c4 20 he2_1640 8.8 mg2 21 p0 -9.2 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3870.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3870.
blr.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
464 RM_348 z = 1.6790
z(Shen) = 1.6762 = -318 km/s
z(He2) = 1.6754 = -403 km/s
S/N: 1350 55 1700 84 2000 95 2280 100 2500 99 3000 96 3600 62 3860 41
NLR/BLR: 900 11240 km/s
S/N: blr -9.4 c3 15 c4 39 he2_1640 14 mg2 18 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3860.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1350.
c1700.
c2000.
c2280.
c2500.
c3000.
c3600.
c3860.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
465 RM_742 z = 1.6810
z(Shen) = 1.6842 = 358 km/s
z(He2) = 1.6813 = 34 km/s
S/N:
1340 51 1350 54 1700 117 2000 122 2270 119 2500 111 3000 102 3600 51 3850 33
NLR/BLR: 900 8890 km/s
S/N: blr -8.0 c3 12 c4 18 mg2 14 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
466 RM_598 z = 1.6840
z(Shen) = 1.6850 = 113 km/s
z(He2) = 1.6809 = -346 km/s
S/N:
1340 28 1350 28 1700 69 2000 82 2270 83 2500 77 3000 70 3600 50 3850 39
NLR/BLR: 900 8620 km/s
S/N: blr -6.4 c3 11 c4 13 he2_1640 14 mg2 16 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
467 RM_395 z = 1.6850
z(Shen) = 1.6840 = -115 km/s
z(He2) = 1.6822 = -313 km/s
S/N:
1340 40 1350 41 1700 70 2000 71 2270 72 2500 70 3000 60 3600 54 3850 45
NLR/BLR: 900 11030 km/s
S/N: c3 15 c4 19 he2_1640 1.7 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
c3.
c4.
chi-bias.
he2_1640.
p0.
Spectra:
avg.
c3.
c4.
chi-bias.
he2_1640.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
c3.
c4.
he2_1640.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
468 RM_142 z = 1.6860
z(Shen) = 1.6848 = -134 km/s
z(He2) = 1.6837 = -257 km/s
S/N:
1340 82 1350 84 1700 152 2000 154 2270 152 2500 148 3000 142 3600 97 3850 57
NLR/BLR: 900 11450 km/s
S/N: blr -9.1 c3 27 c4 70 mg2 26 p0 -9.4 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
469 RM_774 z = 1.6860
z(Shen) = 1.6862 = 18 km/s
z(He2) = 1.6789 = -792 km/s
S/N:
1340 99 1350 101 1700 131 2000 138 2270 148 2500 146 3000 140 3600 98 3840 60
NLR/BLR: 900 8370 km/s
S/N: blr -4.1 c3 40 c4 63 he2_1640 29 mg2 36 p0 -9.3 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3840.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3840.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
470 RM_071 z = 1.6880
z(Shen) = 1.6933 = 588 km/s
z(He2) = 1.6912 = 357 km/s
S/N:
1340 82 1350 84 1700 124 2000 125 2270 122 2500 117 3000 104 3600 73 3830 51
NLR/BLR: 900 12530 km/s
S/N: blr -9.0 c3 29 c4 38 he2_1640 -4.8 mg2 24 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3830.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3830.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
471 RM_603 z = 1.6910
z(Shen) = 1.6829 = -902 km/s
S/N:
1340 45 1350 45 1700 75 2000 84 2270 91 2500 90 3000 83 3600 61 3850 40
NLR/BLR: 900 5360 km/s
S/N: blr -7.0 c3 12 he2_1640 13 mg2 12 p0 -9.4 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3850.
blr.
c3.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
472 RM_715 z = 1.6960
z(Shen) = 1.7013 = 592 km/s
z(He2) = 1.7006 = 512 km/s
S/N:
1330 77 1350 81 1700 131 2000 147 2250 150 2500 147 3000 136 3600 78 3820 42
NLR/BLR: 900 10110 km/s
S/N: blr -8.1 c3 32 c4 37 he2_1640 17 mg2 35 p0 -9.3 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3820.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3820.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
473 RM_342 z = 1.6990
z(Shen) = 1.6963 = -294 km/s
z(He2) = 1.6901 = -989 km/s
S/N:
1340 114 1350 115 1700 155 2000 161 2270 158 2500 153 3000 141 3600 97 3830 54
NLR/BLR: 900 10760 km/s
S/N: blr -7.7 c3 44 c4 69 he2_1640 37 mg2 51 p0 -9.4 si4 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3830.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3830.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
474 RM_815 z = 1.6990
z(Shen) = 1.6973 = -188 km/s
z(He2) = 1.6960 = -333 km/s
S/N:
1340 52 1350 53 1700 74 2000 97 2270 113 2500 108 3000 96 3600 65 3830 42
NLR/BLR: 900 13640 km/s
S/N: blr -9.1 c3 10 c4 14 he2_1640 16 mg2 10 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3830.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1340.
c1350.
c1700.
c2000.
c2270.
c2500.
c3000.
c3600.
c3830.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
475 RM_712 z = 1.7000
z(Shen) = 1.7032 = 360 km/s
z(He2) = 1.7018 = 200 km/s
S/N:
1330 54 1350 57 1700 108 2000 114 2250 111 2500 106 3000 96 3600 61 3820 38
NLR/BLR: 900 5220 km/s
S/N: blr -9.2 c3 33 c4 21 he2_1640 9.8 mg2 25 p0 -9.3 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3820.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3820.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
476 RM_554 z = 1.7070
z(Shen) = 1.7061 = -97 km/s
z(He2) = 1.7051 = -210 km/s
S/N:
1330 77 1350 81 1700 128 2000 130 2250 126 2500 122 3000 111 3600 67 3820 45
NLR/BLR: 900 8140 km/s
S/N: blr -8.9 c3 19 c4 39 mg2 21 p0 -9.4 si4 8.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3820.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3820.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
477 RM_447 z = 1.7080
z(Shen) = 1.7073 = -82 km/s
z(He2) = 1.7082 = 22 km/s
S/N:
1330 49 1350 52 1700 95 2000 96 2250 96 2500 89 3000 77 3600 52 3810 39
NLR/BLR: 900 8160 km/s
S/N: blr -8.3 c3 13 c4 26 he2_1640 -9.4 mg2 13 p0 -9.4 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3810.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3810.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
478 RM_571 z = 1.7120
z(Shen) = 1.7142 = 248 km/s
z(He2) = 1.7079 = -453 km/s
S/N:
1330 45 1350 48 1700 84 2000 97 2250 100 2500 97 3000 87 3600 61 3800 53
NLR/BLR: 900 12490 km/s
S/N: blr -9.4 c3 8.8 c4 20 he2_1640 18 p0 -9.4 si4 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
chi-bias.
he2_1640.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
he2_1640.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
479 RM_583 z = 1.7130
z(Shen) = 1.7090 = -439 km/s
z(He2) = 1.7094 = -398 km/s
S/N:
1330 76 1350 80 1700 126 2000 139 2250 141 2500 132 3000 112 3600 72 3810 49
NLR/BLR: 900 9270 km/s
S/N: blr -7.2 c3 28 c4 50 he2_1640 26 mg2 20 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3810.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3810.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
480 RM_595 z = 1.7150
z(Shen) = 1.7072 = -862 km/s
z(He2) = 1.7063 = -961 km/s
S/N:
1330 53 1350 54 1700 86 2000 101 2250 106 2500 107 3000 102 3600 82 3810 67
NLR/BLR: 900 2700 km/s
S/N: blr -8.3 c3 16 c4 26 he2_1640 16 mg2 12 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3810.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3810.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
481 RM_351 z = 1.7190
z(Shen) = 1.7168 = -245 km/s
z(He2) = 1.7144 = -507 km/s
S/N:
1330 37 1350 39 1700 64 2000 74 2250 84 2500 82 3000 70 3600 42 3800 33
NLR/BLR: 900 8600 km/s
S/N: blr -7.4 c3 20 c4 47 he2_1640 13 mg2 20 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
482 RM_032 z = 1.7200
z(Shen) = 1.7148 = -575 km/s
z(He2) = 1.7160 = -441 km/s
S/N:
1330 94 1350 101 1700 161 2000 168 2250 170 2500 172 3000 172 3600 124 3800 71
NLR/BLR: 900 4480 km/s
S/N: blr 3.6 c3 16 c4 109 he2_1640 59 p0 -8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
chi-bias.
he2_1640.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
he2_1640.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
483 RM_249 z = 1.7210
z(Shen) = 1.7168 = -465 km/s
z(He2) = 1.7167 = -474 km/s
S/N:
1330 57 1350 60 1700 111 2000 124 2250 124 2500 122 3000 106 3600 70 3800 50
NLR/BLR: 900 4520 km/s
S/N: blr -8.8 c3 15 c4 53 he2_1640 21 mg2 17 p0 -7.7 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
484 RM_741 z = 1.7210
z(Shen) = 1.7226 = 173 km/s
z(He2) = 1.7184 = -286 km/s
S/N:
1320 63 1350 67 1700 104 2000 112 2240 107 2500 98 3000 81 3600 55 3790 44
NLR/BLR: 900 9600 km/s
S/N: blr -9.3 c4 22 he2_1640 11 mg2 14 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2240.
c2500.
c3000.
c3600.
c3790.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2240.
c2500.
c3000.
c3600.
c3790.
blr.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
485 RM_321 z = 1.7250
z(Shen) = 1.7200 = -550 km/s
z(He2) = 1.7171 = -869 km/s
S/N:
1330 95 1350 99 1700 130 2000 150 2250 160 2500 165 3000 163 3600 105 3800 62
NLR/BLR: 900 6220 km/s
S/N: blr -8.0 c3 33 c4 45 he2_1640 26 mg2 44 p0 -1.5 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1330.
c1350.
c1700.
c2000.
c2250.
c2500.
c3000.
c3600.
c3800.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
486 RM_547 z = 1.7280
z(Shen) = 1.7288 = 87 km/s
z(He2) = 1.7236 = -484 km/s
S/N:
1320 50 1350 54 1700 76 2000 88 2230 94 2500 88 3000 68 3600 55 3780 46
NLR/BLR: 900 5960 km/s
S/N: blr -8.4 c3 8.4 c4 18 he2_1640 11 mg2 10 p0 -9.4 si4 9.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
487 RM_221 z = 1.7290
z(Shen) = 1.7289 = -14 km/s
z(He2) = 1.7298 = 88 km/s
S/N:
1320 54 1350 59 1700 98 2000 101 2230 106 2500 105 3000 94 3600 58 3780 41
NLR/BLR: 900 8240 km/s
S/N: blr -6.8 c3 12 c4 18 mg2 11 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
488 RM_795 z = 1.7330
z(Shen) = 1.7333 = 32 km/s
z(He2) = 1.7288 = -461 km/s
S/N:
1320 38 1350 40 1700 54 2000 68 2230 76 2500 73 3000 52 3600 46 3780 41
NLR/BLR: 900 9690 km/s
S/N: blr -9.2 c3 11 c4 19 he2_1640 11 mg2 13 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
489 RM_411 z = 1.7340
z(Shen) = 1.7338 = -26 km/s
z(He2) = 1.7286 = -592 km/s
S/N:
1320 49 1350 53 1700 97 2000 105 2230 106 2500 96 3000 71 3600 51 3780 43
NLR/BLR: 900 7600 km/s
S/N: blr -4.7 c3 16 c4 27 he2_1640 22 mg2 13 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
490 RM_743 z = 1.7350
z(Shen) = 1.7305 = -494 km/s
z(He2) = 1.7348 = -22 km/s
S/N:
1320 45 1350 49 1700 84 2000 112 2230 130 2500 140 3000 139 3600 99 3780 70
NLR/BLR: 900 7110 km/s
S/N: blr 6.2 c3 39 c4 46 he2_1640 22 mg2 43 p0 -9.3 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
491 RM_684 z = 1.7370
z(Shen) = 1.7355 = -166 km/s
z(He2) = 1.7348 = -241 km/s
S/N:
1320 48 1350 51 1700 92 2000 92 2230 94 2500 91 3000 79 3600 47 3770 37
NLR/BLR: 900 6860 km/s
S/N: blr -8.0 c3 17 c4 20 mg2 16 p0 -9.4 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3770.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3770.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
492 RM_408 z = 1.7420
z(Shen) = 1.7345 = -820 km/s
z(He2) = 1.7311 = -1192 km/s
S/N:
1320 77 1350 82 1700 116 2000 126 2230 128 2500 118 3000 102 3600 60 3780 43
NLR/BLR: 900 9030 km/s
S/N: blr -8.9 c3 29 c4 48 he2_1640 20 mg2 26 p0 -9.3 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3780.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
493 RM_436 z = 1.7430
z(Shen) = 1.7425 = -54 km/s
z(He2) = 1.7397 = -361 km/s
S/N:
1310 48 1350 56 1700 104 2000 118 2220 122 2500 120 3000 106 3600 52 3760 39
NLR/BLR: 900 8070 km/s
S/N: blr -8.4 c3 26 c4 42 he2_1640 15 mg2 32 p0 -9.4 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3760.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3760.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
494 RM_076 z = 1.7460
z(Shen) = 1.7448 = -131 km/s
z(He2) = 1.7394 = -721 km/s
S/N:
1310 57 1350 62 1700 98 2000 112 2220 121 2500 121 3000 103 3600 58 3760 44
NLR/BLR: 900 9990 km/s
S/N: blr -9.1 c3 24 c4 46 he2_1640 23 mg2 20 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3760.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3760.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
495 RM_513 z = 1.7490
z(Shen) = 1.7479 = -118 km/s
z(He2) = 1.7458 = -349 km/s
S/N:
1310 38 1350 43 1700 62 2000 73 2220 77 2500 76 3000 62 3600 35 3760 29
NLR/BLR: 900 10380 km/s
S/N: blr -8.5 c3 14 c4 17 he2_1640 12 mg2 13 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3760.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3760.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
496 RM_372 z = 1.7500
z(Shen) = 1.7445 = -594 km/s
z(He2) = 1.7417 = -905 km/s
S/N:
1310 80 1350 87 1700 147 2000 147 2220 143 2500 134 3000 120 3600 69 3760 48
NLR/BLR: 900 12220 km/s
S/N: c3 18 c4 66 mg2 23 p0 -9.0 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3760.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3760.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
497 RM_286 z = 1.7530
z(Shen) = 1.7506 = -260 km/s
z(He2) = 1.7470 = -653 km/s
S/N:
1310 37 1350 42 1700 89 2000 93 2220 95 2500 93 3000 81 3600 42 3750 35
NLR/BLR: 900 9450 km/s
S/N: blr -6.9 c3 21 c4 31 mg2 22 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3750.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3750.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
498 RM_506 z = 1.7530
z(Shen) = 1.7356 = -1893 km/s
z(He2) = 1.7360 = -1851 km/s
S/N:
1320 60 1350 65 1700 126 2000 125 2230 127 2500 125 3000 110 3600 60 3770 41
NLR/BLR: 900 11990 km/s
S/N: c3 29 c4 72 mg2 16 p0 -9.4 si4 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3770.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1320.
c1350.
c1700.
c2000.
c2230.
c2500.
c3000.
c3600.
c3770.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
499 RM_481 z = 1.7550
z(Shen) = 1.7500 = -540 km/s
z(He2) = 1.7499 = -555 km/s
S/N:
1310 35 1350 39 1700 71 2000 81 2220 88 2500 93 3000 93 3600 41 3750 34
NLR/BLR: 900 13580 km/s
S/N: blr -8.4 c3 18 c4 22 mg2 22 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3750.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3750.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
500 RM_820 z = 1.7550
z(Shen) = 1.7567 = 188 km/s
z(He2) = 1.7514 = -392 km/s
S/N:
1310 77 1350 86 1700 138 2000 143 2210 141 2500 136 3000 120 3600 68 3740 51
NLR/BLR: 900 9800 km/s
S/N: c3 33 c4 78 he2_1640 41 mg2 37 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2210.
c2500.
c3000.
c3600.
c3740.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2210.
c2500.
c3000.
c3600.
c3740.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
501 RM_002 z = 1.7560
z(Shen) = 1.7553 = -71 km/s
z(He2) = 1.7507 = -577 km/s
S/N:
1310 46 1350 51 1700 69 2000 83 2220 94 2500 87 3000 71 3600 57 3750 52
NLR/BLR: 900 7340 km/s
S/N: blr -7.9 c3 17 c4 20 he2_1640 15 mg2 15 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3750.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3750.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
502 RM_244 z = 1.7580
z(Shen) = 1.7590 = 113 km/s
z(He2) = 1.7608 = 304 km/s
S/N:
1310 47 1350 49 1700 82 2000 84 2210 87 2500 91 3000 88 3600 47 3740 39
NLR/BLR: 900 15000 km/s
S/N: blr -8.3 c3 20 c4 36 mg2 26 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2210.
c2500.
c3000.
c3600.
c3740.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2210.
c2500.
c3000.
c3600.
c3740.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
503 RM_084 z = 1.7610
z(Shen) = 1.7563 = -508 km/s
z(He2) = 1.7694 = 912 km/s
S/N:
1310 71 1350 77 1700 83 2000 85 2220 86 2500 82 3000 70 3600 44 3750 37
NLR/BLR: 900 7340 km/s
S/N: blr -8.6 c3 15 c4 18 he2_1640 14 mg2 12 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3750.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2220.
c2500.
c3000.
c3600.
c3750.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
504 RM_138 z = 1.7670
z(Shen) = 1.7613 = -619 km/s
z(He2) = 1.7603 = -726 km/s
S/N:
1310 44 1350 48 1700 70 2000 76 2210 71 2500 67 3000 63 3600 42 3740 37
NLR/BLR: 900 4550 km/s
S/N: blr -9.2 c3 10 c4 26 he2_1640 10 mg2 12 p0 -9.2 si4 2.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1310.
c1350.
c1700.
c2000.
c2210.
c2500.
c3000.
c3600.
c3740.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1310.
c1350.
c1700.
c2000.
c2210.
c2500.
c3000.
c3600.
c3740.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
505 RM_705 z = 1.7670
z(Shen) = 1.7719 = 534 km/s
z(He2) = 1.7644 = -282 km/s
S/N:
1300 58 1350 74 1700 141 2000 143 2200 144 2500 141 3000 129 3600 65 3720 48
NLR/BLR: 900 13450 km/s
S/N: blr 13 c3 49 c4 62 mg2 52 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
506 RM_725 z = 1.7690
z(Shen) = 1.7704 = 147 km/s
z(He2) = 1.7635 = -595 km/s
S/N:
1300 56 1350 63 1700 108 2000 122 2200 127 2500 123 3000 108 3600 71 3730 63
NLR/BLR: 900 12900 km/s
S/N: blr -8.9 c3 25 c4 27 he2_1640 27 mg2 24 p0 -9.1 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3730.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3730.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
507 RM_780 z = 1.7720
z(Shen) = 1.7707 = -137 km/s
z(He2) = 1.7666 = -584 km/s
S/N:
1300 138 1350 149 1700 175 2000 179 2200 182 2500 181 3000 176 3600 127 3730 99
NLR/BLR: 900 7190 km/s
S/N: blr 20 c3 49 c4 88 he2_1640 50 mg2 50 p0 -9.4 si4 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3730.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3730.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
508 RM_533 z = 1.7730
z(Shen) = 1.7700 = -330 km/s
z(He2) = 1.7726 = -43 km/s
S/N:
1300 52 1350 60 1700 100 2000 112 2200 114 2500 112 3000 102 3600 44 3730 36
NLR/BLR: 900 10510 km/s
S/N: blr -8.8 c3 28 c4 54 he2_1640 18 mg2 16 p0 -9.2 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3730.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3730.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
509 RM_621 z = 1.7770
z(Shen) = 1.7742 = -302 km/s
z(He2) = 1.7731 = -421 km/s
S/N:
1300 57 1350 62 1700 86 2000 92 2200 90 2500 80 3000 62 3600 46 3720 42
NLR/BLR: 900 7950 km/s
S/N: blr -7.1 c4 31 mg2 21 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
510 RM_706 z = 1.7770
z(Shen) = 1.7738 = -345 km/s
z(He2) = 1.7708 = -669 km/s
S/N:
1300 55 1350 62 1700 85 2000 97 2200 106 2500 105 3000 93 3600 57 3720 49
NLR/BLR: 900 9030 km/s
S/N: blr -7.8 c3 15 c4 26 he2_1640 22 mg2 105 p0 -8.9 si4 5.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
511 RM_801 z = 1.7790
z(Shen) = 1.7720 = -756 km/s
z(He2) = 1.7812 = 237 km/s
S/N:
1300 47 1350 53 1700 90 2000 99 2200 95 2500 90 3000 73 3600 41 3720 35
NLR/BLR: 900 15000 km/s
S/N: blr -9.4 c4 29 mg2 12 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
512 RM_365 z = 1.7810
z(Shen) = 1.7705 = -1130 km/s
z(He2) = 1.7796 = -151 km/s
S/N:
1300 59 1350 65 1700 85 2000 103 2200 108 2500 103 3000 75 3600 56 3730 49
NLR/BLR: 900 10790 km/s
S/N: blr -9.1 c3 17 c4 21 he2_1640 16 mg2 27 p0 -9.1 si4 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3730.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3730.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
513 RM_656 z = 1.7810
z(Shen) = 1.8009 = 2142 km/s
z(He2) = 1.8051 = 2598 km/s
S/N:
1290 80 1350 94 1700 154 2000 158 2180 157 2500 157 3000 144 3600 69 3690 57
NLR/BLR: 900 11000 km/s
S/N: blr -8.9 c3 32 c4 37 mg2 30 p0 -6.0 si4 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1290.
c1350.
c1700.
c2000.
c2180.
c2500.
c3000.
c3600.
c3690.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1290.
c1350.
c1700.
c2000.
c2180.
c2500.
c3000.
c3600.
c3690.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
514 RM_502 z = 1.7830
z(Shen) = 1.7844 = 148 km/s
z(He2) = 1.7848 = 194 km/s
S/N:
1300 58 1350 66 1700 109 2000 138 2200 147 2500 145 3000 122 3600 67 3710 55
NLR/BLR: 900 15000 km/s
S/N: blr -9.4 c3 20 c4 23 he2_1640 18 mg2 25 p0 -9.4 si4 7.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3710.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3710.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
515 RM_565 z = 1.7880
z(Shen) = 1.7721 = -1714 km/s
z(He2) = 1.7945 = 699 km/s
S/N:
1300 34 1350 40 1700 103 2000 114 2200 122 2500 126 3000 115 3600 68 3720 55
NLR/BLR: 900 9940 km/s
S/N: blr -6.0 c3 19 c4 17 he2_1640 -9.4 mg2 26 p0 -9.4 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1300.
c1350.
c1700.
c2000.
c2200.
c2500.
c3000.
c3600.
c3720.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
516 RM_201 z = 1.7970
z(Shen) = 1.8117 = 1579 km/s
z(He2) = 1.7845 = -1340 km/s
S/N:
1280 143 1350 153 1700 168 2000 173 2170 173 2500 172 3000 163 3600 107 3670 92
NLR/BLR: 900 10750 km/s
S/N: blr 21 c3 65 c4 70 he2_1640 29 mg2 52 p0 -9.4 si4 48
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2170.
c2500.
c3000.
c3600.
c3670.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2170.
c2500.
c3000.
c3600.
c3670.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
517 RM_648 z = 1.7970
z(Shen) = 1.7879 = -974 km/s
z(He2) = 1.7892 = -836 km/s
S/N:
1290 37 1350 45 1700 79 2000 90 2180 90 2500 87 3000 79 3600 52 3700 47
NLR/BLR: 900 6230 km/s
S/N: blr -8.4 c3 14 c4 28 he2_1640 12 mg2 17 p0 -6.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1290.
c1350.
c1700.
c2000.
c2180.
c2500.
c3000.
c3600.
c3700.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1290.
c1350.
c1700.
c2000.
c2180.
c2500.
c3000.
c3600.
c3700.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
518 RM_829 z = 1.8050
z(Shen) = 1.8039 = -114 km/s
z(He2) = 1.8021 = -310 km/s
S/N:
1290 54 1350 61 1700 64 2000 94 2180 107 2500 95 3000 59 3600 78 3680 75
NLR/BLR: 900 8050 km/s
S/N: blr -8.8 c3 15 c4 34 he2_1640 21 mg2 19 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1290.
c1350.
c1700.
c2000.
c2180.
c2500.
c3000.
c3600.
c3680.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1290.
c1350.
c1700.
c2000.
c2180.
c2500.
c3000.
c3600.
c3680.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
519 RM_035 z = 1.8080
z(Shen) = 1.8031 = -524 km/s
z(He2) = 1.8018 = -662 km/s
S/N:
1290 97 1350 114 1700 157 2000 164 2180 163 2500 158 3000 138 3600 74 3680 62
NLR/BLR: 900 10540 km/s
S/N: c3 35 c4 47 he2_1640 25 mg2 28 p0 -9.4 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1290.
c1350.
c1700.
c2000.
c2180.
c2500.
c3000.
c3600.
c3680.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1290.
c1350.
c1700.
c2000.
c2180.
c2500.
c3000.
c3600.
c3680.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
520 RM_253 z = 1.8120
z(Shen) = 1.8172 = 551 km/s
z(He2) = 1.8098 = -235 km/s
S/N:
1280 83 1350 100 1700 129 2000 138 2160 138 2500 134 3000 118 3600 54 3660 47
NLR/BLR: 900 9350 km/s
S/N: blr -8.6 c3 24 c4 35 he2_1640 23 mg2 20 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
521 RM_528 z = 1.8120
z(Shen) = 1.8198 = 834 km/s
S/N:
1280 41 1350 51 1700 108 2000 127 2160 128 2500 134 3000 127 3600 79 3660 71
NLR/BLR: 900 4200 km/s
S/N: blr -8.4 c3 47 c4 20 he2_1640 15 mg2 38 p0 -8.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
522 RM_455 z = 1.8130
z(Shen) = 1.8091 = -412 km/s
z(He2) = 1.8090 = -426 km/s
S/N:
1280 58 1350 75 1700 125 2000 130 2170 128 2500 124 3000 105 3600 63 3670 59
NLR/BLR: 900 8400 km/s
S/N: blr -9.3 c3 27 c4 36 he2_1640 17 mg2 18 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2170.
c2500.
c3000.
c3600.
c3670.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2170.
c2500.
c3000.
c3600.
c3670.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
523 RM_217 z = 1.8140
z(Shen) = 1.8170 = 321 km/s
z(He2) = 1.8003 = -1460 km/s
S/N:
1280 65 1350 75 1700 99 2000 123 2160 132 2500 135 3000 115 3600 68 3660 62
NLR/BLR: 900 9550 km/s
S/N: blr -7.4 c3 26 c4 33 he2_1640 31 mg2 23 p0 -9.4 si4 29
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
524 RM_410 z = 1.8190
z(Shen) = 1.8186 = -43 km/s
z(He2) = 1.8175 = -160 km/s
S/N:
1280 88 1350 103 1700 143 2000 147 2160 147 2500 138 3000 107 3600 55 3660 50
NLR/BLR: 900 11690 km/s
S/N: blr -9.4 c3 36 c4 49 he2_1640 21 mg2 30 p0 -9.4 si4 21
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
525 RM_504 z = 1.8200
z(Shen) = 1.8260 = 636 km/s
z(He2) = 1.8243 = 457 km/s
S/N:
1280 38 1350 47 1700 63 2000 75 2160 80 2500 79 3000 62 3600 45 3650 44
NLR/BLR: 900 9670 km/s
S/N: blr -8.7 c3 12 c4 15 he2_1640 13 mg2 13 p0 -9.4 si4 6.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
526 RM_735 z = 1.8210
z(Shen) = 1.8286 = 806 km/s
z(He2) = 1.8291 = 861 km/s
S/N:
1280 43 1350 55 1700 78 2000 89 2160 88 2500 82 3000 66 3600 33 3650 31
NLR/BLR: 900 7270 km/s
S/N: blr -6.7 c3 22 c4 32 he2_1640 17 mg2 18 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
527 RM_807 z = 1.8220
z(Shen) = 1.8161 = -630 km/s
z(He2) = 1.8144 = -807 km/s
S/N:
1280 26 1350 32 1700 70 2000 77 2170 79 2500 79 3000 66 3600 39 3670 38
NLR/BLR: 900 9540 km/s
S/N: blr -6.3 c3 16 c4 24 he2_1640 12 mg2 12 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2170.
c2500.
c3000.
c3600.
c3670.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2170.
c2500.
c3000.
c3600.
c3670.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
528 RM_401 z = 1.8230
z(Shen) = 1.8221 = -90 km/s
z(He2) = 1.8217 = -138 km/s
S/N:
1280 93 1350 111 1700 155 2000 163 2160 164 2500 166 3000 162 3600 88 3660 74
NLR/BLR: 900 7990 km/s
S/N: blr -7.0 c3 26 c4 80 he2_1640 44 mg2 26 p0 -8.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
529 RM_025 z = 1.8240
z(Shen) = 1.8161 = -835 km/s
z(He2) = 1.8184 = -594 km/s
S/N:
1280 44 1350 55 1700 111 2000 107 2170 104 2500 103 3000 87 3600 41 3670 38
NLR/BLR: 900 13090 km/s
S/N: blr -9.3 c3 33 c4 66 mg2 24 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2170.
c2500.
c3000.
c3600.
c3670.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2170.
c2500.
c3000.
c3600.
c3670.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
530 RM_034 z = 1.8250
z(Shen) = 1.8248 = -17 km/s
z(He2) = 1.8146 = -1104 km/s
S/N:
1280 71 1350 85 1700 115 2000 120 2160 120 2500 119 3000 103 3600 55 3650 51
NLR/BLR: 900 7940 km/s
S/N: blr -9.0 c3 22 he2_1640 17 mg2 20 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
531 RM_148 z = 1.8270
z(Shen) = 1.8207 = -666 km/s
z(He2) = 1.8187 = -880 km/s
S/N:
1280 61 1350 74 1700 99 2000 102 2160 102 2500 107 3000 96 3600 49 3660 45
NLR/BLR: 900 3740 km/s
S/N: blr -8.0 c3 12 c4 15 mg2 23 p0 -8.1 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
532 RM_214 z = 1.8270
z(Shen) = 1.8274 = 41 km/s
z(He2) = 1.8218 = -551 km/s
S/N:
1280 44 1350 55 1700 97 2000 112 2160 112 2500 113 3000 99 3600 54 3650 51
NLR/BLR: 900 4300 km/s
S/N: blr -8.6 c3 18 c4 34 he2_1640 18 mg2 17 p0 -8.5 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
533 RM_542 z = 1.8270
z(Shen) = 1.8236 = -365 km/s
z(He2) = 1.8209 = -647 km/s
S/N:
1280 44 1350 45 1700 58 2000 61 2160 62 2500 65 3000 49 3600 34 3660 33
NLR/BLR: 900 4020 km/s
S/N: blr -9.4 c4 26 he2_1640 11 mg2 12 p0 -8.8 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3660.
blr.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
534 RM_396 z = 1.8280
z(Shen) = 1.8361 = 860 km/s
z(He2) = 1.8350 = 742 km/s
S/N:
1270 43 1350 55 1700 76 2000 93 2150 102 2500 105 3000 95 3600 56 3640 54
NLR/BLR: 900 14160 km/s
S/N: blr -8.3 c3 24 c4 27 he2_1640 27 mg2 17 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3640.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3640.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
535 RM_810 z = 1.8280
z(Shen) = 1.8258 = -235 km/s
z(He2) = 1.8212 = -721 km/s
S/N:
1280 64 1350 81 1700 132 2000 141 2160 139 2500 139 3000 122 3600 46 3650 43
NLR/BLR: 900 5470 km/s
S/N: blr -8.6 c3 27 c4 65 he2_1640 21 mg2 22 p0 6.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
536 RM_607 z = 1.8320
z(Shen) = 1.8299 = -223 km/s
z(He2) = 1.8305 = -159 km/s
S/N:
1270 26 1350 31 1700 64 2000 73 2150 76 2500 78 3000 50 3600 43 3650 42
NLR/BLR: 900 7280 km/s
S/N: blr -9.1 c3 20 c4 18 he2_1640 12 mg2 17 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
537 RM_680 z = 1.8320
z(Shen) = 1.8306 = -144 km/s
z(He2) = 1.8232 = -932 km/s
S/N:
1270 65 1350 82 1700 116 2000 123 2150 121 2500 114 3000 93 3600 47 3650 44
NLR/BLR: 900 6300 km/s
S/N: blr -9.4 c3 17 c4 31 he2_1640 10 mg2 22 p0 -9.4 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
538 RM_585 z = 1.8340
z(Shen) = 1.8288 = -546 km/s
z(He2) = 1.8302 = -402 km/s
S/N:
1280 55 1350 70 1700 104 2000 115 2160 117 2500 117 3000 98 3600 44 3650 43
NLR/BLR: 900 10400 km/s
S/N: blr -7.9 c3 26 c4 41 he2_1640 21 mg2 21 p0 -9.0 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1280.
c1350.
c1700.
c2000.
c2160.
c2500.
c3000.
c3600.
c3650.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
539 RM_225 z = 1.8420
z(Shen) = 1.8377 = -456 km/s
z(He2) = 1.8373 = -496 km/s
S/N:
1270 56 1350 72 1700 106 2000 108 2150 104 2500 96 3000 76 3600 47 3640 45
NLR/BLR: 900 5570 km/s
S/N: blr -3.8 c3 22 c4 41 he2_1640 17 mg2 23 p0 -9.1 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3640.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3640.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
540 RM_041 z = 1.8450
z(Shen) = 1.8521 = 751 km/s
z(He2) = 1.8439 = -116 km/s
S/N:
1260 82 1350 106 1700 131 2000 144 2140 148 2500 149 3000 133 3600 54 3620 52
NLR/BLR: 900 13370 km/s
S/N: blr -8.5 c3 50 c4 60 he2_1640 33 mg2 29 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
541 RM_283 z = 1.8460
z(Shen) = 1.8471 = 117 km/s
z(He2) = 1.8445 = -158 km/s
S/N:
1270 116 1350 137 1700 154 2000 159 2150 157 2500 154 3000 138 3600 64 3630 61
NLR/BLR: 900 6430 km/s
S/N: blr -9.2 c3 17 c4 36 he2_1640 15 mg2 14 p0 -9.4 si4 2.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3630.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3630.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
542 RM_293 z = 1.8480
z(Shen) = 1.8495 = 161 km/s
z(He2) = 1.8470 = -105 km/s
S/N:
1270 54 1350 72 1700 99 2000 99 2140 96 2500 90 3000 70 3600 44 3620 43
NLR/BLR: 900 8740 km/s
S/N: blr -7.7 c3 19 c4 25 he2_1640 13 mg2 15 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
543 RM_487 z = 1.8490
z(Shen) = 1.8451 = -411 km/s
z(He2) = 1.8424 = -695 km/s
S/N:
1270 75 1350 99 1700 152 2000 157 2150 153 2500 147 3000 129 3600 56 3630 53
NLR/BLR: 900 6470 km/s
S/N: blr -8.7 c3 18 c4 64 he2_1640 4.0 mg2 27 p0 -5.1 si4 9.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3630.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3630.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
544 RM_748 z = 1.8490
z(Shen) = 1.8477 = -141 km/s
z(He2) = 1.8425 = -684 km/s
S/N:
1270 41 1350 57 1700 104 2000 99 2150 96 2500 92 3000 77 3600 40 3630 39
NLR/BLR: 900 14320 km/s
S/N: blr -8.3 c3 19 c4 23 mg2 20 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3630.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3630.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
545 RM_537 z = 1.8500
z(Shen) = 1.8540 = 417 km/s
z(He2) = 1.8516 = 168 km/s
S/N:
1260 61 1350 81 1700 116 2000 120 2140 118 2500 113 3000 92 3600 35 3620 35
NLR/BLR: 900 7400 km/s
S/N: blr -8.2 c3 25 c4 32 he2_1640 17 mg2 15 p0 -9.3 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
546 RM_259 z = 1.8510
z(Shen) = 1.8446 = -676 km/s
z(He2) = 1.8455 = -578 km/s
S/N:
1270 48 1350 58 1700 82 2000 97 2150 96 2500 91 3000 63 3600 46 3630 44
NLR/BLR: 900 13670 km/s
S/N: blr -8.8 c3 -1.2 c4 30 mg2 15 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3630.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2150.
c2500.
c3000.
c3600.
c3630.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
547 RM_389 z = 1.8510
z(Shen) = 1.8500 = -100 km/s
z(He2) = 1.8478 = -336 km/s
S/N:
1270 76 1350 92 1700 121 2000 132 2140 133 2500 133 3000 115 3600 61 3620 60
NLR/BLR: 900 11110 km/s
S/N: blr -8.8 c3 34 c4 63 he2_1640 33 mg2 37 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
548 RM_013 z = 1.8530
z(Shen) = 1.8496 = -357 km/s
z(He2) = 1.8457 = -767 km/s
S/N:
1270 52 1350 66 1700 82 2000 93 2140 95 2500 85 3000 72 3600 65 3620 64
NLR/BLR: 900 6500 km/s
S/N: blr -8.6 c3 17 c4 22 he2_1640 14 mg2 13 p0 -9.4 si4 8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1270.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1270.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
549 RM_802 z = 1.8550
z(Shen) = 1.8573 = 247 km/s
z(He2) = 1.8557 = 74 km/s
S/N:
1260 58 1350 71 1700 76 2000 101 2130 106 2500 102 3000 79 3600 56 3610 56
NLR/BLR: 900 7890 km/s
S/N: blr -8.7 c4 14 he2_1640 14 mg2 12 p0 -9.4 si4 8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
c3610.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
c3610.
blr.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
550 RM_362 z = 1.8570
z(Shen) = 1.8599 = 306 km/s
z(He2) = 1.8491 = -829 km/s
S/N:
1260 75 1350 99 1700 135 2000 142 2130 142 2500 136 3000 110 3600 53 3610 52
NLR/BLR: 900 12180 km/s
S/N: blr -8.0 c3 18 c4 30 he2_1640 25 mg2 12 p0 -9.3 si4 9.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
c3610.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
c3610.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
551 RM_660 z = 1.8570
z(Shen) = 1.8524 = -481 km/s
z(He2) = 1.8507 = -661 km/s
S/N:
1260 142 1350 192 1700 258 2000 278 2140 277 2500 278 3000 252 3600 102 3620 99
NLR/BLR: 900 4600 km/s
S/N: blr 9.1 c3 34 c4 88 he2_1640 51 mg2 47 p0 21 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
552 RM_007 z = 1.8610
z(Shen) = 1.8616 = 67 km/s
z(He2) = 1.8623 = 136 km/s
S/N:
1260 48 1350 63 1700 75 2000 93 2140 100 2500 100 3000 82 3600 39 3620 39
NLR/BLR: 900 10230 km/s
S/N: blr -6.4 c3 18 c4 22 he2_1640 16 mg2 14 p0 -9.2 si4 9.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2140.
c2500.
c3000.
c3600.
c3620.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
553 RM_386 z = 1.8620
z(Shen) = 1.8649 = 299 km/s
z(He2) = 1.8605 = -157 km/s
S/N: 1260 44 1350 63 1700 92 2000 102 2130 103 2500 103 3000 85 3600 40
NLR/BLR: 900 6690 km/s
S/N: blr -7.6 c3 22 c4 28 he2_1640 12 mg2 18 p0 -9.4 si4 8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
554 RM_770 z = 1.8630
z(Shen) = 1.8616 = -145 km/s
z(He2) = 1.8602 = -293 km/s
S/N:
1260 153 1350 169 1700 196 2000 204 2130 205 2500 210 3000 203 3600 138 3610 13
6
NLR/BLR: 900 12690 km/s
S/N: blr -7.2 c3 68 c4 72 mg2 104 p0 6.4 si4 46
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
c3610.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
c3610.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
555 RM_128 z = 1.8640
z(Shen) = 1.8619 = -222 km/s
z(He2) = 1.8535 = -1099 km/s
S/N:
1260 60 1350 80 1700 104 2000 119 2130 124 2500 128 3000 116 3600 52 3610 51
NLR/BLR: 900 14360 km/s
S/N: blr -9.2 c3 30 c4 27 he2_1640 16 mg2 29 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
c3610.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
c3610.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
556 RM_752 z = 1.8640
z(Shen) = 1.8642 = 19 km/s
z(He2) = 1.8641 = 10 km/s
S/N: 1260 45 1350 65 1700 98 2000 114 2130 118 2500 124 3000 106 3600 36
NLR/BLR: 900 6860 km/s
S/N: blr -7.3 c3 29 c4 27 he2_1640 13 mg2 25 p0 -8.3 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
557 RM_806 z = 1.8640
z(Shen) = 1.8678 = 403 km/s
z(He2) = 1.8469 = -1790 km/s
S/N: 1260 41 1350 59 1700 115 2000 127 2130 128 2500 135 3000 118 3600 58
NLR/BLR: 900 9620 km/s
S/N: blr -7.3 c3 24 he2_1640 1.6 mg2 23 p0 -9.0 si4 8.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
558 RM_611 z = 1.8660
z(Shen) = 1.8856 = 2050 km/s
z(He2) = 1.8817 = 1642 km/s
S/N:
1250 127 1350 144 1700 159 2000 170 2120 173 2500 173 3000 169 3580 101
NLR/BLR: 900 11850 km/s
S/N: blr 20 c3 72 c4 83 he2_1640 39 mg2 70 p0 -9.4 si4 41
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
559 RM_553 z = 1.8710
z(Shen) = 1.8685 = -262 km/s
z(He2) = 1.8709 = -10 km/s
S/N: 1260 33 1350 44 1700 70 2000 81 2130 84 2500 86 3000 65 3600 41
NLR/BLR: 900 10780 km/s
S/N: blr -8.1 c3 30 c4 24 he2_1640 8.1 mg2 16 p0 -9.4 si4 7.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
560 RM_560 z = 1.8710
z(Shen) = 1.8664 = -475 km/s
z(He2) = 1.8634 = -794 km/s
S/N: 1260 42 1350 58 1700 75 2000 85 2130 90 2500 93 3000 71 3600 39
NLR/BLR: 900 9040 km/s
S/N: blr -8.3 c3 29 c4 37 he2_1640 14 mg2 11 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
561 RM_494 z = 1.8770
z(Shen) = 1.8668 = -1063 km/s
z(He2) = 1.8669 = -1052 km/s
S/N: 1260 67 1350 94 1700 129 2000 133 2130 129 2500 123 3000 106 3600 47
NLR/BLR: 900 3950 km/s
S/N: blr -9.0 c3 25 c4 36 he2_1640 9.5 mg2 24 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1260.
c1350.
c1700.
c2000.
c2130.
c2500.
c3000.
c3600.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
562 RM_550 z = 1.8790
z(Shen) = 1.8795 = 48 km/s
z(He2) = 1.8788 = -21 km/s
S/N: 1250 48 1350 71 1700 98 2000 103 2120 103 2500 99 3000 74 3580 29
NLR/BLR: 900 8230 km/s
S/N: blr -8.0 c3 15 c4 24 he2_1640 11 mg2 17 p0 -9.4 si4 9.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
563 RM_116 z = 1.8810
z(Shen) = 1.8777 = -343 km/s
z(He2) = 1.8769 = -427 km/s
S/N: 1250 74 1350 96 1700 121 2000 126 2120 127 2500 132 3000 115 3590 71
NLR/BLR: 900 12280 km/s
S/N: blr -8.8 c3 26 c4 37 mg2 29 p0 -9.4 si4 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3590.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3590.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
564 RM_682 z = 1.8810
z(Shen) = 1.8811 = 8 km/s
z(He2) = 1.8743 = -697 km/s
S/N: 1250 38 1350 54 1700 75 2000 84 2120 82 2500 82 3000 66 3580 40
NLR/BLR: 900 5990 km/s
S/N: blr -8.8 c3 21 c4 48 he2_1640 15 mg2 20 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
565 RM_470 z = 1.8830
z(Shen) = 1.8795 = -366 km/s
z(He2) = 1.8768 = -645 km/s
S/N: 1250 38 1350 60 1700 77 2000 84 2120 84 2500 79 3000 61 3580 31
NLR/BLR: 900 7840 km/s
S/N: blr -8.0 c3 16 c4 25 he2_1640 15 mg2 14 p0 -9.3 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
566 RM_754 z = 1.8830
z(Shen) = 1.8909 = 824 km/s
z(He2) = 1.8859 = 302 km/s
S/N: 1250 59 1350 87 1700 133 2000 146 2110 146 2500 146 3000 130 3570 63
NLR/BLR: 900 7770 km/s
S/N: blr -7.2 c3 32 c4 27 he2_1640 13 mg2 34 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2110.
c2500.
c3000.
c3570.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2110.
c2500.
c3000.
c3570.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
567 RM_825 z = 1.8830
z(Shen) = 1.8915 = 879 km/s
S/N: 1250 46 1350 62 1700 77 2000 81 2110 79 2500 75 3000 65 3570 34
NLR/BLR: 900 5060 km/s
S/N: blr -4.8 c4 12 he2_1640 13 mg2 9.8 p0 -9.4 si4 8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2110.
c2500.
c3000.
c3570.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2110.
c2500.
c3000.
c3570.
blr.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
568 RM_467 z = 1.8860
z(Shen) = 1.8869 = 93 km/s
z(He2) = 1.8818 = -436 km/s
S/N: 1250 47 1350 65 1700 86 2000 92 2120 90 2500 86 3000 67 3580 39
NLR/BLR: 900 7760 km/s
S/N: blr -6.9 c3 17 c4 28 he2_1640 11 mg2 18 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2120.
c2500.
c3000.
c3580.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
569 RM_059 z = 1.8900
z(Shen) = 1.8906 = 64 km/s
z(He2) = 1.8844 = -581 km/s
S/N: 1250 98 1350 124 1700 139 2000 147 2110 148 2500 146 3000 136 3570 68
NLR/BLR: 900 8380 km/s
S/N: blr -8.5 c3 35 c4 60 he2_1640 25 mg2 34 p0 -9.0 si4 21
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2110.
c2500.
c3000.
c3570.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2110.
c2500.
c3000.
c3570.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
570 RM_630 z = 1.8900
z(Shen) = 1.8890 = -101 km/s
z(He2) = 1.8819 = -840 km/s
S/N: 1250 93 1350 107 1700 116 2000 133 2110 137 2500 145 3000 135 3570 59
NLR/BLR: 900 10410 km/s
S/N: blr -9.3 c3 34 c4 50 he2_1640 30 mg2 34 p0 -9.4 si4 22
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1250.
c1350.
c1700.
c2000.
c2110.
c2500.
c3000.
c3570.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1250.
c1350.
c1700.
c2000.
c2110.
c2500.
c3000.
c3570.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
571 RM_210 z = 1.9010
z(Shen) = 1.9030 = 211 km/s
z(He2) = 1.8935 = -775 km/s
S/N: 1240 67 1350 94 1700 110 2000 112 2100 110 2500 104 3000 84 3560 39
NLR/BLR: 900 7240 km/s
S/N: blr -8.8 c3 28 c4 34 he2_1640 18 mg2 16 n5 10 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3560.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3560.
blr.
c3.
c4.
he2_1640.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
572 RM_358 z = 1.9010
z(Shen) = 1.9061 = 530 km/s
z(He2) = 1.8959 = -527 km/s
S/N: 1240 58 1350 84 1700 117 2000 126 2100 126 2500 129 3000 112 3550 51
NLR/BLR: 900 12110 km/s
S/N: blr -9.3 c3 27 c4 100 mg2 47 p0 -9.2 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
573 RM_299 z = 1.9030
z(Shen) = 1.9083 = 550 km/s
z(He2) = 1.9042 = 124 km/s
S/N: 1240 80 1350 105 1700 88 2000 97 2100 102 2500 106 3000 88 3550 39
NLR/BLR: 900 8090 km/s
S/N: blr -4.1 c3 23 c4 24 he2_1640 12 mg2 15 n5 10 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c3.
c4.
he2_1640.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
574 RM_558 z = 1.9030
z(Shen) = 1.9045 = 158 km/s
z(He2) = 1.8993 = -382 km/s
S/N: 1240 40 1350 60 1700 83 2000 92 2100 93 2500 90 3000 78 3550 34
NLR/BLR: 900 9210 km/s
S/N: blr -9.3 c3 11 c4 14 he2_1640 8.8 mg2 16 p0 -9.4 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
575 RM_164 z = 1.9080
z(Shen) = 1.9071 = -96 km/s
z(He2) = 1.9026 = -557 km/s
S/N: 1240 52 1350 71 1700 87 2000 94 2100 90 2500 79 3000 66 3550 43
NLR/BLR: 900 3450 km/s
S/N: blr -7.2 c4 40 he2_1640 15 mg2 12 p0 5.5 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
576 RM_031 z = 1.9090
z(Shen) = 1.9071 = -192 km/s
z(He2) = 1.9018 = -742 km/s
S/N:
1240 132 1350 153 1700 161 2000 168 2100 169 2500 170 3000 163 3550 100
NLR/BLR: 900 9060 km/s
S/N: blr -6.3 c3 64 c4 78 he2_1640 50 mg2 69 n5 25 p0 -9.3 si4 30
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3550.
blr.
c3.
c4.
he2_1640.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
577 RM_019 z = 1.9170
z(Shen) = 1.9183 = 139 km/s
z(He2) = 1.9142 = -288 km/s
S/N: 1240 61 1350 85 1700 91 2000 103 2100 106 2500 107 3000 94 3540 49
NLR/BLR: 900 9730 km/s
S/N: blr -8.8 c3 20 c4 29 he2_1640 19 mg2 21 n5 9.1 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3540.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3540.
blr.
c3.
c4.
he2_1640.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
578 RM_162 z = 1.9170
z(Shen) = 1.9232 = 642 km/s
S/N: 1230 39 1350 51 1700 68 2000 71 2080 69 2500 66 3000 53 3530 43
NLR/BLR: 900 4210 km/s
S/N: blr -9.0 c3 9.2 he2_1640 9.1 mg2 13 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1230.
c1350.
c1700.
c2000.
c2080.
c2500.
c3000.
c3530.
blr.
c3.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1230.
c1350.
c1700.
c2000.
c2080.
c2500.
c3000.
c3530.
blr.
c3.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
579 RM_146 z = 1.9270
z(Shen) = 1.9194 = -778 km/s
z(He2) = 1.9121 = -1526 km/s
S/N: 1240 70 1350 103 1700 125 2000 138 2100 139 2500 136 3000 99 3540 44
NLR/BLR: 900 11790 km/s
S/N: blr -9.4 c3 9.8 he2_1640 12 n5 -9.4 p0 -9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3540.
blr.
c3.
chi-bias.
he2_1640.
n5.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1240.
c1350.
c1700.
c2000.
c2100.
c2500.
c3000.
c3540.
blr.
c3.
he2_1640.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
580 RM_312 z = 1.9290
z(Shen) = 1.9241 = -498 km/s
z(He2) = 1.9330 = 409 km/s
S/N: 1230 49 1350 75 1700 106 2000 104 2080 103 2500 98 3000 80 3530 31
NLR/BLR: 900 13490 km/s
S/N: blr -9.4 c3 23 c4 50 mg2 19 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1230.
c1350.
c1700.
c2000.
c2080.
c2500.
c3000.
c3530.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1230.
c1350.
c1700.
c2000.
c2080.
c2500.
c3000.
c3530.
blr.
c3.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
581 RM_057 z = 1.9300
z(Shen) = 1.9298 = -25 km/s
z(He2) = 1.9273 = -276 km/s
S/N: 1230 83 1350 118 1700 140 2000 147 2080 146 2500 136 3000 115 3520 61
NLR/BLR: 900 5750 km/s
S/N: blr -6.2 c3 31 c4 67 he2_1640 27 mg2 33 p0 -8.7 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1230.
c1350.
c1700.
c2000.
c2080.
c2500.
c3000.
c3520.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1230.
c1350.
c1700.
c2000.
c2080.
c2500.
c3000.
c3520.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
582 RM_665 z = 1.9400
z(Shen) = 1.9443 = 443 km/s
z(He2) = 1.9449 = 500 km/s
S/N: 1230 68 1350 102 1700 126 2000 144 2080 145 2500 145 3000 120 3510 41
NLR/BLR: 900 9840 km/s
S/N: blr -8.3 c3 39 c4 50 he2_1640 27 mg2 32 p0 -9.4 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1230.
c1350.
c1700.
c2000.
c2080.
c2500.
c3000.
c3510.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1230.
c1350.
c1700.
c2000.
c2080.
c2500.
c3000.
c3510.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
583 RM_490 z = 1.9440
z(Shen) = 1.9529 = 905 km/s
z(He2) = 1.9422 = -183 km/s
S/N: 1220 92 1350 123 1700 121 2000 134 2070 137 2500 137 3000 119 3500 73
NLR/BLR: 900 9980 km/s
S/N: blr -9.1 c3 30 c4 40 he2_1640 18 mg2 23 p0 -9.4 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2070.
c2500.
c3000.
c3500.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2070.
c2500.
c3000.
c3500.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
584 RM_178 z = 1.9480
z(Shen) = 1.9468 = -118 km/s
z(He2) = 1.9429 = -519 km/s
S/N:
1220 75 1350 105 1700 119 2000 138 2070 140 2500 161 3000 169 3500 126
NLR/BLR: 900 8510 km/s
S/N: blr 9.2 c4 42 he2_1640 18 mg2 37 p0 -9.4 si4 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2070.
c2500.
c3000.
c3500.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2070.
c2500.
c3000.
c3500.
blr.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
585 RM_658 z = 1.9500
z(Shen) = 1.9466 = -347 km/s
z(He2) = 1.9452 = -488 km/s
S/N: 1220 36 1350 53 1700 54 2000 68 2070 70 2500 70 3000 46 3500 32
NLR/BLR: 900 6870 km/s
S/N: blr -7.3 c3 18 c4 38 he2_1640 7.8 mg2 19 p0 -9.4 si4 9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2070.
c2500.
c3000.
c3500.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2070.
c2500.
c3000.
c3500.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
586 RM_344 z = 1.9520
z(Shen) = 1.9484 = -369 km/s
z(He2) = 1.9501 = -193 km/s
S/N: 1220 66 1350 96 1700 102 2000 115 2070 115 2500 111 3000 87 3500 45
NLR/BLR: 900 9910 km/s
S/N: blr -9.4 c3 22 c4 56 he2_1640 22 mg2 28 p0 -9.2 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2070.
c2500.
c3000.
c3500.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2070.
c2500.
c3000.
c3500.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
587 RM_818 z = 1.9530
z(Shen) = 1.9545 = 148 km/s
z(He2) = 1.9473 = -579 km/s
S/N: 1220 99 1350 126 1700 134 2000 141 2060 141 2500 132 3000 115 3490 71
NLR/BLR: 900 7900 km/s
S/N: blr -7.3 c4 44 he2_1640 24 mg2 26 p0 -9.4 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3490.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3490.
blr.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
588 RM_130 z = 1.9600
z(Shen) = 1.9596 = -41 km/s
z(He2) = 1.9593 = -71 km/s
S/N: 1220 81 1350 137 1700 151 2000 161 2060 162 2500 160 3000 132 3490 44
NLR/BLR: 900 6110 km/s
S/N: blr -6.8 c3 17 c4 60 he2_1640 20 mg2 17 n5 6.7 p0 -1.9 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3490.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3490.
blr.
c3.
c4.
he2_1640.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
589 RM_475 z = 1.9600
z(Shen) = 1.9639 = 398 km/s
z(He2) = 1.9615 = 152 km/s
S/N: 1220 63 1350 100 1700 127 2000 143 2060 144 2500 151 3000 133 3480 59
NLR/BLR: 900 9630 km/s
S/N: blr -9.1 c3 20 c4 21 he2_1640 13 mg2 25 p0 -8.2 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
590 RM_740 z = 1.9620
z(Shen) = 1.9677 = 574 km/s
z(He2) = 1.9671 = 516 km/s
S/N: 1220 52 1350 71 1700 73 2000 87 2060 90 2500 92 3000 80 3480 93
NLR/BLR: 900 8960 km/s
S/N: blr -8.3 c3 30 c4 22 he2_1640 17 mg2 18 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
591 RM_072 z = 1.9630
z(Shen) = 1.9624 = -58 km/s
z(He2) = 1.9633 = 30 km/s
S/N: 1220 76 1350 113 1700 129 2000 127 2060 124 2500 111 3000 95 3480 55
NLR/BLR: 900 2830 km/s
S/N: blr -9.3 c3 18 c4 21 he2_1640 11 mg2 15 n5 17 p0 -9.4 si4 9.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
592 RM_444 z = 1.9640
z(Shen) = 1.9654 = 145 km/s
z(He2) = 1.9589 = -516 km/s
S/N: 1220 55 1350 83 1700 98 2000 97 2060 96 2500 94 3000 72 3480 31
NLR/BLR: 900 15000 km/s
S/N: blr -9.4 c3 20 c4 17 he2_1640 20 mg2 13 p0 -9.3 si4 8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
593 RM_491 z = 1.9660
z(Shen) = 1.9607 = -534 km/s
z(He2) = 1.9592 = -687 km/s
S/N: 1220 65 1350 84 1700 75 2000 88 2060 91 2500 102 3000 82 3490 38
NLR/BLR: 900 10080 km/s
S/N: blr -8.8 c3 22 c4 67 he2_1640 31 mg2 24 p0 -9.3 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3490.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3490.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
594 RM_811 z = 1.9660
z(Shen) = 1.9641 = -196 km/s
z(He2) = 1.9588 = -728 km/s
S/N:
1220 122 1350 152 1700 162 2000 161 2060 160 2500 155 3000 135 3480 62
NLR/BLR: 900 7290 km/s
S/N: blr -7.5 c3 37 c4 72 he2_1640 24 mg2 26 p0 -9.3 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
595 RM_827 z = 1.9660
z(Shen) = 1.9651 = -94 km/s
z(He2) = 1.9636 = -243 km/s
S/N: 1220 76 1350 122 1700 147 2000 147 2060 146 2500 144 3000 123 3480 52
NLR/BLR: 900 5210 km/s
S/N: blr -6.3 c3 47 c4 84 he2_1640 30 mg2 26 p0 -8.8 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
596 RM_380 z = 1.9670
z(Shen) = 1.9689 = 196 km/s
z(He2) = 1.9617 = -536 km/s
S/N: 1220 98 1350 130 1700 145 2000 148 2060 147 2500 139 3000 115 3480 48
NLR/BLR: 900 10700 km/s
S/N: blr -9.3 c3 37 c4 47 he2_1640 22 mg2 27 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
597 RM_394 z = 1.9670
z(Shen) = 1.9656 = -142 km/s
z(He2) = 1.9658 = -121 km/s
S/N: 1220 50 1350 60 1700 63 2000 91 2060 94 2500 96 3000 62 3480 34
NLR/BLR: 900 7280 km/s
S/N: blr -9.1 c4 28 he2_1640 19 mg2 15 p0 -9.2 si4 9.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
598 RM_563 z = 1.9680
z(Shen) = 1.9706 = 262 km/s
z(He2) = 1.9723 = 434 km/s
S/N: 1210 73 1350 105 1700 113 2000 122 2050 123 2500 116 3000 95 3470 50
NLR/BLR: 900 9630 km/s
S/N: blr -7.8 c3 20 c4 26 he2_1640 15 lya 24 mg2 24 p0 -8.9 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3470.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3470.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
599 RM_832 z = 1.9700
z(Shen) = 1.9753 = 531 km/s
z(He2) = 1.9472 = -2301 km/s
S/N: 1210 62 1350 89 1700 108 2000 107 2050 106 2500 104 3000 81 3470 41
NLR/BLR: 900 9380 km/s
S/N: blr -6.2 c3 28 c4 -4.7 mg2 24 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3470.
blr.
c3.
c4.
chi-bias.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3470.
blr.
c3.
c4.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
600 RM_500 z = 1.9710
z(Shen) = 1.9662 = -483 km/s
z(He2) = 1.9641 = -696 km/s
S/N: 1220 66 1350 88 1700 102 2000 102 2060 102 2500 97 3000 85 3480 51
NLR/BLR: 900 4640 km/s
S/N: blr -9.0 c3 13 c4 34 he2_1640 12 mg2 15 p0 -9.4 si4 8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
601 RM_759 z = 1.9740
z(Shen) = 1.9661 = -798 km/s
z(He2) = 1.9815 = 756 km/s
S/N: 1220 62 1350 74 1700 72 2000 106 2060 111 2500 98 3000 90 3480 89
NLR/BLR: 900 13310 km/s
S/N: blr -9.3 c3 23 c4 31 he2_1640 28 mg2 25 p0 -9.4 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1220.
c1350.
c1700.
c2000.
c2060.
c2500.
c3000.
c3480.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
602 RM_574 z = 1.9800
z(Shen) = 1.9822 = 219 km/s
z(He2) = 1.9747 = -533 km/s
S/N: 1210 40 1350 74 1700 98 2000 95 2050 94 2500 91 3000 74 3460 35
NLR/BLR: 900 5160 km/s
S/N: blr -7.5 c3 14 c4 43 he2_1640 6.6 lya 17 mg2 17 p0 -9.4 si4 6.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
603 RM_671 z = 1.9820
z(Shen) = 1.9816 = -39 km/s
z(He2) = 1.9856 = 362 km/s
S/N:
1210 119 1350 144 1700 152 2000 158 2050 158 2500 154 3000 137 3460 62
NLR/BLR: 900 9650 km/s
S/N: blr -9.3 c3 41 c4 74 he2_1640 26 mg2 31 p0 -9.2 si4 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
604 RM_113 z = 1.9840
z(Shen) = 2.0155 = 3164 km/s
z(He2) = 1.9811 = -291 km/s
S/N: 1200 89 1350 120 1700 118 2000 129 2030 130 2500 124 3000 104 3420 61
NLR/BLR: 900 11470 km/s
S/N: blr -8.0 c3 37 c4 57 he2_1640 22 mg2 22 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3420.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3420.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
605 RM_511 z = 1.9850
z(Shen) = 1.9820 = -306 km/s
z(He2) = 1.9790 = -603 km/s
S/N: 1210 45 1350 66 1700 66 2000 82 2050 85 2500 92 3000 73 3460 38
NLR/BLR: 900 10600 km/s
S/N: blr -9.4 c3 24 c4 31 he2_1640 15 mg2 22 p0 -9.2 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
606 RM_127 z = 1.9870
z(Shen) = 1.9835 = -356 km/s
z(He2) = 1.9815 = -552 km/s
S/N: 1210 53 1350 74 1700 84 2000 115 2050 118 2500 131 3000 119 3460 57
NLR/BLR: 900 3490 km/s
S/N:
blr -8.2 c3 13 c4 13 he2_1640 6.6 lya 17 mg2 13 n5 11 p0 -5.9 si4 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
607 RM_347 z = 1.9870
z(Shen) = 1.9857 = -127 km/s
z(He2) = 1.9770 = -1004 km/s
S/N: 1210 57 1350 89 1700 86 2000 95 2050 96 2500 92 3000 75 3460 42
NLR/BLR: 900 7220 km/s
S/N: blr -8.9 c3 12 c4 14 he2_1640 11 mg2 12 p0 -9.4 si4 8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2050.
c2500.
c3000.
c3460.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
608 RM_693 z = 1.9890
z(Shen) = 1.9885 = -47 km/s
z(He2) = 1.9864 = -261 km/s
S/N: 1210 84 1350 117 1700 112 2000 124 2040 125 2500 123 3000 94 3450 58
NLR/BLR: 900 9230 km/s
S/N: blr -6.9 c3 34 c4 35 he2_1640 18 mg2 26 p0 -8.7 si4 7.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2040.
c2500.
c3000.
c3450.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2040.
c2500.
c3000.
c3450.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
609 RM_190 z = 1.9930
z(Shen) = 1.9919 = -114 km/s
z(He2) = 1.9848 = -821 km/s
S/N: 1210 74 1350 100 1700 98 2000 101 2040 101 2500 97 3000 82 3450 55
NLR/BLR: 900 6470 km/s
S/N: blr -9.2 c3 20 c4 -6.3 he2_1640 14 mg2 17 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2040.
c2500.
c3000.
c3450.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2040.
c2500.
c3000.
c3450.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
610 RM_230 z = 1.9930
z(Shen) = 2.0026 = 960 km/s
z(He2) = 1.9991 = 611 km/s
S/N:
1200 100 1350 120 1700 122 2000 141 2030 142 2500 142 3000 125 3440 52
NLR/BLR: 900 12360 km/s
S/N: blr -9.4 c3 41 c4 48 he2_1640 27 mg2 33 p0 -9.4 si4 2.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3440.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3440.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
611 RM_454 z = 1.9950
z(Shen) = 2.0109 = 1596 km/s
z(He2) = 2.0064 = 1141 km/s
S/N: 1200 84 1350 114 1700 111 2000 126 2030 127 2500 133 3000 115 3430 47
NLR/BLR: 900 10630 km/s
S/N: blr 9.3 c3 48 c4 29 he2_1640 20 mg2 26 p0 -9.3 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
612 RM_573 z = 1.9960
z(Shen) = 1.9930 = -299 km/s
z(He2) = 1.9943 = -170 km/s
S/N: 1210 79 1350 108 1700 124 2000 127 2040 127 2500 138 3000 111 3450 36
NLR/BLR: 900 7560 km/s
S/N: blr -8.1 c3 31 c4 37 he2_1640 -3.2 mg2 20 p0 -5.7 si4 3.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1210.
c1350.
c1700.
c2000.
c2040.
c2500.
c3000.
c3450.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1210.
c1350.
c1700.
c2000.
c2040.
c2500.
c3000.
c3450.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
613 RM_679 z = 1.9990
z(Shen) = 2.0030 = 397 km/s
z(He2) = 2.0045 = 550 km/s
S/N: 1200 36 1350 59 1700 72 2000 75 2030 75 2500 64 3000 56 3440 43
NLR/BLR: 900 6230 km/s
S/N: blr -8.9 c3 15 c4 13 he2_1640 9.6 lya 10 mg2 14 n5 13 p0 -9.4 si4 8.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3440.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3440.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
614 RM_580 z = 2.0000
z(Shen) = 2.0023 = 233 km/s
S/N: 1200 40 1350 60 1700 79 2000 94 2030 94 2500 112 3000 105 3440 38
NLR/BLR: 900 3200 km/s
S/N: blr -9.4 c3 25 c4 13 he2_1640 7.0 lya 24 mg2 14 p0 4.0 si4 9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3440.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3440.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
615 RM_117 z = 2.0040
z(Shen) = 2.0071 = 304 km/s
z(He2) = 2.0047 = 70 km/s
S/N: 1200 86 1350 129 1700 144 2000 152 2030 152 2500 146 3000 132 3430 74
NLR/BLR: 900 11940 km/s
S/N: blr -9.3 c3 27 c4 39 he2_1640 16 mg2 29 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
616 RM_219 z = 2.0070
z(Shen) = 2.0097 = 268 km/s
z(He2) = 2.0087 = 169 km/s
S/N: 1200 63 1350 94 1700 92 2000 101 2030 101 2500 87 3000 71 3430 47
NLR/BLR: 900 9530 km/s
S/N: blr -7.7 c3 14 c4 27 he2_1640 17 mg2 18 p0 -9.4 si4 9.1
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
617 RM_339 z = 2.0070
z(Shen) = 2.0103 = 331 km/s
z(He2) = 2.0057 = -130 km/s
S/N: 1200 86 1350 122 1700 121 2000 138 2030 139 2500 135 3000 113 3430 66
NLR/BLR: 900 9240 km/s
S/N: blr -7.8 c3 33 c4 33 he2_1640 19 mg2 31 p0 -9.3 si4 22
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
618 RM_689 z = 2.0070
z(Shen) = 2.0046 = -243 km/s
z(He2) = 2.0015 = -548 km/s
S/N: 1200 75 1350 106 1700 119 2000 131 2030 131 2500 124 3000 100 3440 62
NLR/BLR: 900 7010 km/s
S/N: blr -8.2 c3 22 c4 58 he2_1640 36 lya 32 mg2 21 p0 -9.2 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3440.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3440.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
619 RM_124 z = 2.0100
z(Shen) = 2.0155 = 552 km/s
z(He2) = 2.0057 = -428 km/s
S/N: 1200 80 1350 105 1700 84 2000 104 2030 105 2500 110 3000 83 3420 45
NLR/BLR: 900 8770 km/s
S/N: blr 6.3 c3 27 c4 49 he2_1640 27 mg2 18 p0 -9.4 si4 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3420.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3420.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
620 RM_222 z = 2.0130
z(Shen) = 2.0093 = -370 km/s
z(He2) = 2.0079 = -507 km/s
S/N: 1200 65 1350 101 1700 108 2000 122 2030 123 2500 118 3000 94 3430 50
NLR/BLR: 900 8200 km/s
S/N: blr -9.1 c3 17 c4 66 he2_1640 16 lya 31 mg2 17 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3430.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
621 RM_051 z = 2.0170
z(Shen) = 2.0166 = -39 km/s
z(He2) = 2.0149 = -209 km/s
S/N: 1200 80 1350 105 1700 95 2000 110 2030 111 2500 121 3000 111 3420 49
NLR/BLR: 900 10400 km/s
S/N: blr -9.1 c3 35 c4 72 he2_1640 26 mg2 34 p0 -9.1 si4 21
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3420.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3420.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
622 RM_397 z = 2.0190
z(Shen) = 2.0173 = -165 km/s
z(He2) = 2.0155 = -348 km/s
S/N: 1200 31 1350 61 1700 76 2000 82 2030 82 2500 83 3000 67 3420 36
NLR/BLR: 900 5840 km/s
S/N: blr -8.7 c3 14 c4 39 he2_1640 9.0 lya 25 mg2 15 n5 17 p0 -9.4 si4 6.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3420.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1200.
c1350.
c1700.
c2000.
c2030.
c2500.
c3000.
c3420.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
623 RM_670 z = 2.0200
z(Shen) = 2.0208 = 83 km/s
z(He2) = 2.0074 = -1251 km/s
S/N: 1190 53 1350 92 1700 110 2000 111 2020 110 2500 103 3000 83 3420 41
NLR/BLR: 900 3250 km/s
S/N: blr -9.1 c4 30 he2_1640 15 lya 20 mg2 16 n5 7.2 p0 3.2 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1190.
c1350.
c1700.
c2000.
c2020.
c2500.
c3000.
c3420.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1190.
c1350.
c1700.
c2000.
c2020.
c2500.
c3000.
c3420.
blr.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
624 RM_452 z = 2.0310
z(Shen) = 2.0284 = -255 km/s
z(He2) = 2.0191 = -1177 km/s
S/N: 1190 80 1350 132 1700 145 2000 140 2010 140 2500 129 3000 109 3410 46
NLR/BLR: 900 9570 km/s
S/N: c3 42 c4 58 he2_1640 -9.2 lya 30 mg2 44 n5 27 p0 -9.1 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3410.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3410.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
625 RM_322 z = 2.0330
z(Shen) = 2.0277 = -523 km/s
z(He2) = 2.0283 = -465 km/s
S/N: 1190 38 1350 58 1700 63 2000 68 2010 68 2500 70 3000 64 3410 38
NLR/BLR: 900 6650 km/s
S/N: blr -9.1 c3 17 c4 34 he2_1640 6.8 mg2 103 p0 -8.5 si4 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3410.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3410.
blr.
c3.
c4.
he2_1640.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
626 RM_220 z = 2.0340
z(Shen) = 2.0378 = 374 km/s
z(He2) = 2.0233 = -1057 km/s
S/N: 1190 62 1350 103 1700 95 2000 107 2010 107 2500 105 3000 86 3400 42
NLR/BLR: 900 8460 km/s
S/N: blr -6.5 c3 23 c4 34 he2_1640 16 lya 36 mg2 42 p0 -9.2 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3400.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3400.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
627 RM_216 z = 2.0370
z(Shen) = 2.0363 = -69 km/s
z(He2) = 2.0292 = -770 km/s
S/N: 1190 59 1350 96 1700 106 2000 114 2010 114 2500 105 3000 85 3400 55
NLR/BLR: 900 11800 km/s
S/N: blr -9.4 c3 30 c4 39 he2_1640 22 lya 32 mg2 17 n5 16 p0 -9.3 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3400.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3400.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
628 RM_786 z = 2.0400
z(Shen) = 2.0425 = 243 km/s
S/N: 1190 91 1350 144 1700 149 2000 170 2010 171 2500 168 3000 146 3390 89
NLR/BLR: 900 9880 km/s
S/N: blr -8.7 c3 49 c4 113 he2_1640 56 lya 84 mg2 33 n5 46 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3390.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1190.
c1350.
c1700.
c2000.
c2010.
c2500.
c3000.
c3390.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
629 RM_543 z = 2.0470
z(Shen) = 2.0590 = 1182 km/s
z(He2) = 2.0449 = -207 km/s
S/N: 1180 57 1350 98 1700 105 1990 118 2000 118 2500 124 3000 109 3370 49
NLR/BLR: 900 9590 km/s
S/N: blr 3.9 c3 34 c4 38 he2_1640 18 lya 32 mg2 30 p0 -9.4 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1180.
c1350.
c1700.
c1990.
c2000.
c2500.
c3000.
c3370.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1180.
c1350.
c1700.
c1990.
c2000.
c2500.
c3000.
c3370.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
630 RM_011 z = 2.0540
z(Shen) = 2.0527 = -127 km/s
z(He2) = 2.0519 = -206 km/s
S/N: 1180 71 1350 110 1700 124 2000 122 2500 111 3000 90 3380 46
NLR/BLR: 900 12400 km/s
S/N: blr -9.3 c3 32 c4 48 lya 18 mg2 29 n5 17 p0 -9.4 si4 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1180.
c1350.
c1700.
c2000.
c2500.
c3000.
c3380.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1180.
c1350.
c1700.
c2000.
c2500.
c3000.
c3380.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
631 RM_732 z = 2.0560
z(Shen) = 2.0545 = -151 km/s
z(He2) = 2.0520 = -392 km/s
S/N: 1180 54 1350 83 1700 95 2000 116 2500 117 3000 95 3380 69
NLR/BLR: 900 5820 km/s
S/N: blr -7.8 c3 31 c4 17 he2_1640 15 lya -2.1 mg2 42 p0 -9.2 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1180.
c1350.
c1700.
c2000.
c2500.
c3000.
c3380.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1180.
c1350.
c1700.
c2000.
c2500.
c3000.
c3380.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
632 RM_079 z = 2.0610
z(Shen) = 2.0589 = -210 km/s
z(He2) = 2.0556 = -529 km/s
S/N: 1180 65 1350 112 1700 120 1990 128 2000 127 2500 122 3000 105 3370 55
NLR/BLR: 900 6420 km/s
S/N: blr -8.2 c3 24 c4 35 he2_1640 13 lya 40 mg2 26 p0 -9.4 si4 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1180.
c1350.
c1700.
c1990.
c2000.
c2500.
c3000.
c3370.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1180.
c1350.
c1700.
c1990.
c2000.
c2500.
c3000.
c3370.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
633 RM_614 z = 2.0660
z(Shen) = 2.0614 = -446 km/s
z(He2) = 2.0643 = -166 km/s
S/N: 1180 38 1350 78 1700 111 1990 117 2000 116 2500 115 3000 91 3370 40
NLR/BLR: 900 6950 km/s
S/N: blr -9.3 c4 40 mg2 16 p0 -9.2 si4 3.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1180.
c1350.
c1700.
c1990.
c2000.
c2500.
c3000.
c3370.
blr.
c4.
chi-bias.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1180.
c1350.
c1700.
c1990.
c2000.
c2500.
c3000.
c3370.
blr.
c4.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
634 RM_161 z = 2.0710
z(Shen) = 2.0667 = -420 km/s
z(He2) = 2.0674 = -351 km/s
S/N: 1180 84 1350 134 1700 136 1990 134 2000 133 2500 130 3000 110 3370 41
NLR/BLR: 900 4450 km/s
S/N: blr -9.3 c3 27 c4 65 he2_1640 16 lya 61 mg2 22 n5 50 p0 -8.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1180.
c1350.
c1700.
c1990.
c2000.
c2500.
c3000.
c3370.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1180.
c1350.
c1700.
c1990.
c2000.
c2500.
c3000.
c3370.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
635 RM_271 z = 2.0790
z(Shen) = 2.0966 = 1714 km/s
z(He2) = 2.0891 = 983 km/s
S/N: 1170 71 1350 114 1700 121 1970 116 2000 115 2500 121 3000 104 3330 49
NLR/BLR: 900 14450 km/s
S/N: blr -9.2 c3 35 c4 25 lya 18 mg2 27 n5 17 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1170.
c1350.
c1700.
c1970.
c2000.
c2500.
c3000.
c3330.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1170.
c1350.
c1700.
c1970.
c2000.
c2500.
c3000.
c3330.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
636 RM_496 z = 2.0790
z(Shen) = 2.0799 = 92 km/s
z(He2) = 2.0773 = -166 km/s
S/N: 1170 70 1350 123 1700 130 1980 134 2000 134 2500 129 3000 99 3350 59
NLR/BLR: 900 4550 km/s
S/N: blr -8.9 c3 15 c4 33 he2_1640 14 lya 36 mg2 19 n5 28 p0 -7.2 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1170.
c1350.
c1700.
c1980.
c2000.
c2500.
c3000.
c3350.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1170.
c1350.
c1700.
c1980.
c2000.
c2500.
c3000.
c3350.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
637 RM_624 z = 2.0850
z(Shen) = 2.0860 = 97 km/s
z(He2) = 2.0834 = -155 km/s
S/N: 1170 56 1350 105 1700 139 1980 144 2000 143 2500 136 3000 101 3340 47
NLR/BLR: 900 12110 km/s
S/N: blr -9.1 c3 35 c4 23 mg2 12 n5 24 p0 -9.4 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1170.
c1350.
c1700.
c1980.
c2000.
c2500.
c3000.
c3340.
blr.
c3.
c4.
chi-bias.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1170.
c1350.
c1700.
c1980.
c2000.
c2500.
c3000.
c3340.
blr.
c3.
c4.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
638 RM_612 z = 2.0890
z(Shen) = 2.0833 = -552 km/s
z(He2) = 2.0860 = -291 km/s
S/N: 1170 39 1350 73 1700 87 1980 94 2000 94 2500 81 3000 70 3350 44
NLR/BLR: 900 8270 km/s
S/N: blr -8.3 c3 4.3 c4 33 he2_1640 12 lya 20 mg2 12 p0 -9.3 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1170.
c1350.
c1700.
c1980.
c2000.
c2500.
c3000.
c3350.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1170.
c1350.
c1700.
c1980.
c2000.
c2500.
c3000.
c3350.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
639 RM_626 z = 2.0900
z(Shen) = 2.0929 = 285 km/s
z(He2) = 2.0886 = -136 km/s
S/N: 1170 44 1350 84 1700 88 1980 103 2000 103 2500 104 3000 87 3340 47
NLR/BLR: 900 6420 km/s
S/N: blr -6.3 c3 28 c4 24 he2_1640 12 lya 22 mg2 17 p0 -9.3 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1170.
c1350.
c1700.
c1980.
c2000.
c2500.
c3000.
c3340.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1170.
c1350.
c1700.
c1980.
c2000.
c2500.
c3000.
c3340.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
640 RM_591 z = 2.1030
z(Shen) = 2.1001 = -283 km/s
z(He2) = 2.1023 = -68 km/s
S/N:
1160 125 1350 167 1700 184 1970 185 2000 184 2500 178 3000 163 3330 97
NLR/BLR: 900 13980 km/s
S/N: blr -8.8 c3 58 c4 57 lya 51 mg2 45 n5 53 p0 -8.4 si4 25
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1160.
c1350.
c1700.
c1970.
c2000.
c2500.
c3000.
c3330.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1160.
c1350.
c1700.
c1970.
c2000.
c2500.
c3000.
c3330.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
641 RM_218 z = 2.1040
z(Shen) = 2.1015 = -241 km/s
z(He2) = 2.0971 = -666 km/s
S/N: 1160 58 1350 124 1700 135 1970 141 2000 141 2500 132 3000 109 3330 47
NLR/BLR: 900 4950 km/s
S/N: blr -8.4 c3 29 c4 33 he2_1640 9.6 lya 43 mg2 25 p0 2.3 si4 5.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1160.
c1350.
c1700.
c1970.
c2000.
c2500.
c3000.
c3330.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1160.
c1350.
c1700.
c1970.
c2000.
c2500.
c3000.
c3330.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
642 RM_409 z = 2.1060
z(Shen) = 2.1102 = 406 km/s
z(He2) = 2.1055 = -48 km/s
S/N: 1160 95 1350 138 1700 139 1960 146 2000 146 2500 146 3000 127 3320 68
NLR/BLR: 900 9540 km/s
S/N: blr 7.3 c3 56 c4 88 he2_1640 40 lya 59 mg2 50 n5 78 p0 -9.1 si4 44
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3320.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3320.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
643 RM_836 z = 2.1060
z(Shen) = 2.1074 = 131 km/s
S/N: 1160 29 1350 49 1700 72 1960 76 2000 76 2500 85 3000 69 3320 39
NLR/BLR: 900 3920 km/s
S/N: blr -9.4 c3 14 lya 13 mg2 14 n5 10 p0 -9.4 si4 9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3320.
blr.
c3.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3320.
blr.
c3.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
644 RM_535 z = 2.1180
z(Shen) = 2.1224 = 421 km/s
z(He2) = 2.1209 = 279 km/s
S/N: 1160 91 1350 138 1700 135 1960 142 2000 142 2500 138 3000 112 3310 66
NLR/BLR: 900 8110 km/s
S/N: blr -3.9 c3 40 c4 54 he2_1640 23 lya 58 mg2 33 p0 -9.3 si4 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3310.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3310.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
645 RM_206 z = 2.1190
z(Shen) = 2.1247 = 545 km/s
z(He2) = 2.1203 = 125 km/s
S/N: 1160 49 1350 90 1700 85 1960 89 2000 89 2500 84 3000 60 3300 40
NLR/BLR: 900 5880 km/s
S/N: blr -7.9 c4 15 he2_1640 12 lya 17 mg2 4.9 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3300.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3300.
blr.
c4.
he2_1640.
lya.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
646 RM_264 z = 2.1220
z(Shen) = 2.1203 = -159 km/s
z(He2) = 2.1128 = -883 km/s
S/N: 1160 80 1350 141 1700 134 1960 140 2000 140 2500 133 3000 114 3310 61
NLR/BLR: 900 8850 km/s
S/N: blr -6.0 c3 40 c4 83 he2_1640 46 lya 74 mg2 28 p0 -9.3 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3310.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1160.
c1350.
c1700.
c1960.
c2000.
c2500.
c3000.
c3310.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
647 RM_686 z = 2.1300
z(Shen) = 2.1337 = 356 km/s
z(He2) = 2.1251 = -469 km/s
S/N: 1150 50 1350 103 1700 92 1950 101 2000 102 2500 99 3000 74 3290 36
NLR/BLR: 900 8000 km/s
S/N: blr 5.8 c3 31 c4 51 he2_1640 19 lya 38 mg2 17 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
648 RM_831 z = 2.1310
z(Shen) = 2.1295 = -139 km/s
z(He2) = 2.1250 = -575 km/s
S/N: 1150 88 1350 139 1700 128 1950 133 2000 134 2500 138 3000 109 3300 57
NLR/BLR: 900 10030 km/s
S/N: blr -5.2 c3 36 c4 38 he2_1640 24 lya 35 mg2 28 n5 19 p0 -9.4 si4 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3300.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3300.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
649 RM_698 z = 2.1340
z(Shen) = 2.1367 = 254 km/s
z(He2) = 2.1346 = 57 km/s
S/N: 1150 47 1350 100 1700 95 1950 104 2000 105 2500 101 3000 72 3290 39
NLR/BLR: 900 9900 km/s
S/N: blr -8.0 c3 28 c4 29 he2_1640 18 lya 8.2 mg2 18 n5 17 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
650 RM_023 z = 2.1370
z(Shen) = 2.1365 = -49 km/s
z(He2) = 2.1293 = -736 km/s
S/N: 1150 28 1350 59 1700 71 1940 81 2000 81 2500 82 3000 64 3290 37
NLR/BLR: 900 5900 km/s
S/N: blr -7.9 c3 22 c4 18 he2_1640 11 lya 22 mg2 9.0 n5 14 p0 -9.4 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1940.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1940.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
651 RM_145 z = 2.1380
z(Shen) = 2.1366 = -138 km/s
z(He2) = 2.1349 = -296 km/s
S/N: 1150 46 1350 121 1700 129 1950 134 2000 133 2500 115 3000 78 3290 44
NLR/BLR: 900 8130 km/s
S/N: blr -8.2 c3 19 c4 68 he2_1640 22 lya 54 mg2 14 n5 36 p0 -9.1 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
652 RM_526 z = 2.1390
z(Shen) = 2.1711 = 3067 km/s
z(He2) = 2.1573 = 1748 km/s
S/N:
1140 40 1150 42 1350 99 1700 107 1920 105 2000 106 2500 110 3000 73 3250 41
NLR/BLR: 900 11950 km/s
S/N: blr 9.2 c3 25 c4 20 lya 26 mg2 19 n5 8.5 p0 -9.3 si4 8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1140.
c1150.
c1350.
c1700.
c1920.
c2000.
c2500.
c3000.
c3250.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1140.
c1150.
c1350.
c1700.
c1920.
c2000.
c2500.
c3000.
c3250.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
653 RM_357 z = 2.1440
z(Shen) = 2.1413 = -254 km/s
z(He2) = 2.1566 = 1201 km/s
S/N: 1150 72 1350 137 1700 148 1950 139 2000 136 2500 118 3000 103 3290 57
NLR/BLR: 900 7030 km/s
S/N: blr -9.2 c3 25 he2_1640 1.0 lya 60 mg2 18 n5 40 p0 -9.4 si4 40
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3290.
blr.
c3.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
654 RM_498 z = 2.1450
z(Shen) = 2.1308 = -1353 km/s
z(He2) = 2.1340 = -1049 km/s
S/N: 1150 53 1350 110 1700 114 1950 113 2000 112 2500 106 3000 94 3300 64
NLR/BLR: 900 7660 km/s
S/N: blr -6.9 c3 27 c4 24 he2_1640 9.5 lya 36 mg2 17 p0 -9.3 si4 8.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3300.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1950.
c2000.
c2500.
c3000.
c3300.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
655 RM_066 z = 2.1520
z(Shen) = 2.1485 = -329 km/s
z(He2) = 2.1371 = -1417 km/s
S/N: 1150 60 1350 127 1700 133 1940 135 2000 135 2500 124 3000 87 3280 39
NLR/BLR: 900 8830 km/s
S/N: blr -9.3 he2_1640 21 lya 39 mg2 25 p0 -9.4 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1940.
c2000.
c2500.
c3000.
c3280.
blr.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1940.
c2000.
c2500.
c3000.
c3280.
blr.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
656 RM_330 z = 2.1520
z(Shen) = 2.1562 = 396 km/s
z(He2) = 2.1559 = 371 km/s
S/N:
1140 98 1150 100 1350 144 1700 141 1930 148 2000 149 2500 147 3000 127 3270 70
NLR/BLR: 900 11520 km/s
S/N: blr -9.4 c3 48 c4 72 he2_1640 32 lya 78 mg2 40 n5 51 p0 -8.9 si4 31
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
657 RM_724 z = 2.1520
z(Shen) = 2.1551 = 294 km/s
z(He2) = 2.1329 = -1817 km/s
S/N:
1140 50 1150 53 1350 120 1700 136 1930 142 2000 143 2500 137 3000 89 3270 61
NLR/BLR: 900 14150 km/s
S/N: blr -7.4 c3 28 he2_1640 29 mg2 26 n5 27 p0 -9.4 si4 27
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
chi-bias.
he2_1640.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
he2_1640.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
658 RM_054 z = 2.1580
z(Shen) = 2.1557 = -215 km/s
z(He2) = 2.1556 = -228 km/s
S/N:
1140 51 1150 53 1350 105 1700 105 1930 98 2000 96 2500 93 3000 67 3270 39
NLR/BLR: 900 8240 km/s
S/N: blr -7.8 c3 32 c4 37 lya 44 mg2 19 p0 -9.4 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
c4.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
659 RM_241 z = 2.1590
z(Shen) = 2.1549 = -389 km/s
z(He2) = 2.1499 = -864 km/s
S/N:
1140 53 1150 55 1350 110 1700 105 1930 106 2000 105 2500 99 3000 73 3270 39
NLR/BLR: 900 4260 km/s
S/N: blr -8.5 c3 26 c4 67 he2_1640 19 lya 54 mg2 17 p0 16 si4 7.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
660 RM_474 z = 2.1600
z(Shen) = 2.1655 = 520 km/s
z(He2) = 2.1551 = -465 km/s
S/N:
1140 76 1150 79 1350 141 1700 135 1930 134 2000 132 2500 122 3000 89 3260 53
NLR/BLR: 900 8870 km/s
S/N: blr -4.0 c3 29 c4 37 he2_1640 19 lya 53 mg2 26 p0 -9.4 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3260.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3260.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
661 RM_335 z = 2.1620
z(Shen) = 2.1668 = 454 km/s
z(He2) = 2.1619 = -9 km/s
S/N:
1140 53 1150 55 1350 104 1700 102 1930 107 2000 107 2500 105 3000 70 3260 37
NLR/BLR: 900 5770 km/s
S/N: blr -8.4 c3 20 c4 48 he2_1640 17 lya 60 mg2 18 p0 -9.2 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3260.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1140.
c1150.
c1350.
c1700.
c1930.
c2000.
c2500.
c3000.
c3260.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
662 RM_555 z = 2.1640
z(Shen) = 2.1790 = 1419 km/s
z(He2) = 2.1772 = 1251 km/s
S/N:
1140 62 1150 64 1350 112 1700 109 1920 127 2000 131 2500 138 3000 104 3250 63
NLR/BLR: 900 11670 km/s
S/N: blr -8.8 c3 25 c4 39 he2_1640 29 lya 20 mg2 25 n5 25 p0 -7.4 si4 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1140.
c1150.
c1350.
c1700.
c1920.
c2000.
c2500.
c3000.
c3250.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1140.
c1150.
c1350.
c1700.
c1920.
c2000.
c2500.
c3000.
c3250.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
663 RM_276 z = 2.1680
z(Shen) = 2.1525 = -1463 km/s
z(He2) = 2.1518 = -1533 km/s
S/N: 1150 38 1350 91 1700 102 1940 92 2000 90 2500 85 3000 51 3270 33
NLR/BLR: 900 4950 km/s
S/N: blr -7.2 c3 20 lya 18 mg2 12 p0 -9.2 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1940.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
chi-bias.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1940.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
664 RM_442 z = 2.1730
z(Shen) = 2.1520 = -1987 km/s
z(He2) = 2.1487 = -2296 km/s
S/N: 1150 47 1350 84 1700 99 1940 100 2000 100 2500 104 3000 82 3270 41
NLR/BLR: 900 8090 km/s
S/N:
blr -8.7 c3 30 c4 20 he2_1640 -9.4 lya 23 mg2 15 n5 12 p0 -6.4 si4 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1940.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1940.
c2000.
c2500.
c3000.
c3270.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
665 RM_717 z = 2.1740
z(Shen) = 2.1890 = 1415 km/s
z(He2) = 2.1804 = 604 km/s
S/N:
1130 52 1150 57 1350 113 1700 117 1910 129 2000 133 2500 132 3000 92 3240 57
NLR/BLR: 900 10700 km/s
S/N: blr -2.7 c3 43 c4 51 he2_1640 30 lya 15 mg2 34 n5 39 p0 -9.3 si4 41
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3240.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3240.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
666 RM_606 z = 2.1790
z(Shen) = 2.1929 = 1311 km/s
z(He2) = 2.1742 = -453 km/s
S/N:
1130 50 1150 53 1350 89 1700 73 1910 79 2000 82 2500 81 3000 62 3230 39
NLR/BLR: 900 8070 km/s
S/N: blr 7.4 c3 27 c4 24 he2_1640 13 lya 30 mg2 14 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3230.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3230.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
667 RM_238 z = 2.1900
z(Shen) = 2.1892 = -76 km/s
z(He2) = 2.1887 = -122 km/s
S/N:
1130 75 1150 81 1350 151 1700 147 1910 150 2000 150 2500 150 3000 105 3240 59
NLR/BLR: 900 7760 km/s
S/N: blr 3.2 c3 32 c4 32 he2_1640 25 lya 23 mg2 29 n5 26 p0 -2.1 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3240.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3240.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
668 RM_108 z = 2.1910
z(Shen) = 2.1930 = 192 km/s
z(He2) = 2.1900 = -94 km/s
S/N:
1130 52 1150 56 1350 98 1700 86 1910 92 2000 94 2500 81 3000 58 3230 38
NLR/BLR: 900 8940 km/s
S/N: blr -7.2 c3 25 c4 26 he2_1640 15 lya 26 mg2 11 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3230.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3230.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
669 RM_353 z = 2.1950
z(Shen) = 2.1905 = -425 km/s
z(He2) = 2.1893 = -535 km/s
S/N:
1130 60 1150 64 1350 120 1700 118 1910 126 2000 129 2500 130 3000 89 3230 46
NLR/BLR: 900 7850 km/s
S/N: blr -6.8 c3 30 c4 58 he2_1640 19 lya 71 mg2 26 n5 38 p0 5.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3230.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3230.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
670 RM_251 z = 2.2040
z(Shen) = 2.1957 = -781 km/s
z(He2) = 2.1937 = -964 km/s
S/N:
1130 41 1150 44 1350 107 1700 117 1910 113 2000 110 2500 111 3000 79 3230 48
NLR/BLR: 900 4290 km/s
S/N: blr -9.4 c3 15 c4 30 he2_1640 13 lya 24 mg2 16 n5 10 p0 5.0 si4 9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3230.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1130.
c1150.
c1350.
c1700.
c1910.
c2000.
c2500.
c3000.
c3230.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
671 RM_036 z = 2.2130
z(Shen) = 2.2155 = 233 km/s
z(He2) = 2.2050 = -746 km/s
S/N:
1120 86 1150 95 1350 148 1700 135 1900 135 2000 134 2500 123 3000 83 3210 46
NLR/BLR: 900 10800 km/s
S/N: blr -7.0 c3 32 c4 44 he2_1640 22 lya 35 mg2 26 n5 24 p0 -9.4 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
672 RM_429 z = 2.2130
z(Shen) = 2.2216 = 803 km/s
z(He2) = 2.2069 = -569 km/s
S/N:
1120 37 1150 39 1350 67 1700 66 1890 65 2000 65 2500 57 3000 42 3200 35
NLR/BLR: 900 6230 km/s
S/N: blr -7.8 c3 16 c4 14 he2_1640 11 lya 16 mg2 -8.1 n5 9.7 p0 -8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3200.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3200.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
673 RM_609 z = 2.2150
z(Shen) = 2.2295 = 1354 km/s
z(He2) = 2.2260 = 1026 km/s
S/N:
1120 69 1150 78 1350 134 1700 137 1890 138 2000 138 2500 136 3000 99 3200 61
NLR/BLR: 900 9000 km/s
S/N: blr -7.6 c3 39 c4 62 he2_1640 30 lya 71 mg2 30 p0 -9.4 si4 31
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3200.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3200.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
674 RM_703 z = 2.2160
z(Shen) = 2.2157 = -33 km/s
z(He2) = 2.2144 = -149 km/s
S/N:
1120 58 1150 66 1350 121 1700 109 1900 109 2000 110 2500 105 3000 64 3210 34
NLR/BLR: 900 7620 km/s
S/N: blr 4.1 c3 20 c4 46 he2_1640 22 lya 53 mg2 22 p0 -8.2 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
675 RM_517 z = 2.2170
z(Shen) = 2.2161 = -84 km/s
z(He2) = 2.2185 = 140 km/s
S/N:
1120 64 1150 72 1350 122 1700 115 1900 118 2000 120 2500 118 3000 74 3210 42
NLR/BLR: 900 10920 km/s
S/N: blr -8.6 c3 32 c4 50 he2_1640 29 lya 27 mg2 26 n5 20 p0 -9.4 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
676 RM_652 z = 2.2170
z(Shen) = 2.2169 = -12 km/s
z(He2) = 2.2144 = -242 km/s
S/N:
1120 42 1150 44 1350 77 1700 83 1900 83 2000 82 2500 65 3000 55 3210 48
NLR/BLR: 900 3400 km/s
S/N: blr -9.1 c3 18 c4 20 he2_1640 11 lya 23 mg2 13 n5 10 p0 -5.2 si4 7.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
677 RM_530 z = 2.2180
z(Shen) = 2.2142 = -354 km/s
z(He2) = 2.2131 = -456 km/s
S/N:
1120 44 1150 51 1350 103 1700 87 1900 89 2000 91 2500 83 3000 50 3210 34
NLR/BLR: 900 11160 km/s
S/N: blr 0.27 c3 24 c4 30 he2_1640 17 lya 20 mg2 15 n5 18 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
678 RM_484 z = 2.2190
z(Shen) = 2.2166 = -224 km/s
z(He2) = 2.2122 = -633 km/s
S/N:
1120 32 1150 34 1350 66 1700 78 1900 71 2000 70 2500 65 3000 56 3210 40
NLR/BLR: 900 4470 km/s
S/N: blr -2.0 c4 14 lya 27 mg2 11 n5 23 p0 -8.7 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
679 RM_516 z = 2.2220
z(Shen) = 2.2169 = -478 km/s
z(He2) = 2.2151 = -642 km/s
S/N:
1120 46 1150 52 1350 100 1700 96 1900 102 2000 104 2500 97 3000 75 3210 62
NLR/BLR: 900 11760 km/s
S/N: blr -7.6 c3 27 c4 29 he2_1640 20 lya 10 mg2 27 n5 17 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3210.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
680 RM_064 z = 2.2270
z(Shen) = 2.2158 = -1037 km/s
z(He2) = 2.2136 = -1245 km/s
S/N:
1120 40 1150 44 1350 94 1700 95 1900 94 2000 94 2500 95 3000 72 3220 46
NLR/BLR: 900 4890 km/s
S/N: blr -8.4 c3 22 c4 41 he2_1640 19 lya 34 mg2 22 n5 17 p0 -9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3220.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1900.
c2000.
c2500.
c3000.
c3220.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
681 RM_636 z = 2.2290
z(Shen) = 2.2321 = 292 km/s
z(He2) = 2.2295 = 46 km/s
S/N:
1120 76 1150 86 1350 147 1700 138 1890 135 2000 134 2500 127 3000 75 3190 51
NLR/BLR: 900 6710 km/s
S/N: blr 3.6 c3 33 c4 34 he2_1640 14 lya 50 mg2 23 p0 -9.1 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3190.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3190.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
682 RM_030 z = 2.2310
z(Shen) = 2.2257 = -489 km/s
z(He2) = 2.2164 = -1355 km/s
S/N:
1120 31 1150 34 1350 82 1700 94 1890 96 2000 98 2500 103 3000 80 3200 52
NLR/BLR: 900 4520 km/s
S/N: blr -9.0 c3 21 c4 16 he2_1640 17 lya 20 mg2 14 n5 8.7 p0 8.6 si4 6.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3200.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3200.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
683 RM_107 z = 2.2380
z(Shen) = 2.2343 = -341 km/s
z(He2) = 2.2320 = -555 km/s
S/N:
1120 41 1150 45 1350 82 1700 76 1890 81 2000 86 2500 100 3000 71 3190 45
NLR/BLR: 900 7670 km/s
S/N: blr -0.66 c3 29 c4 54 he2_1640 25 lya 63 mg2 28 p0 -8.9 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3190.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1120.
c1150.
c1350.
c1700.
c1890.
c2000.
c2500.
c3000.
c3190.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
684 RM_256 z = 2.2470
z(Shen) = 2.2438 = -300 km/s
z(He2) = 2.2410 = -554 km/s
S/N:
1110 50 1150 59 1350 115 1700 118 1880 119 2000 119 2500 108 3000 53 3180 29
NLR/BLR: 900 7160 km/s
S/N: blr -9.3 c3 21 c4 50 he2_1640 17 lya 55 mg2 22 p0 -7.9 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1110.
c1150.
c1350.
c1700.
c1880.
c2000.
c2500.
c3000.
c3180.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1110.
c1150.
c1350.
c1700.
c1880.
c2000.
c2500.
c3000.
c3180.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
685 RM_615 z = 2.2470
z(Shen) = 2.2579 = 1005 km/s
z(He2) = 2.2518 = 443 km/s
S/N:
1110 43 1150 46 1350 70 1700 77 1880 83 2000 88 2500 88 3000 58 3170 45
NLR/BLR: 900 10100 km/s
S/N: blr -8.1 c3 14 he2_1640 15 mg2 16 n5 11 p0 -9.2 si4 7.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1110.
c1150.
c1350.
c1700.
c1880.
c2000.
c2500.
c3000.
c3170.
blr.
c3.
chi-bias.
he2_1640.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1110.
c1150.
c1350.
c1700.
c1880.
c2000.
c2500.
c3000.
c3170.
blr.
c3.
he2_1640.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
686 RM_495 z = 2.2580
z(Shen) = 2.2633 = 490 km/s
z(He2) = 2.2601 = 193 km/s
S/N:
1110 54 1150 63 1350 107 1700 114 1870 104 2000 98 2500 80 3000 54 3160 43
NLR/BLR: 900 14120 km/s
S/N: blr -9.3 c3 26 c4 36 lya 13 n5 21 p0 -9.3 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1110.
c1150.
c1350.
c1700.
c1870.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1110.
c1150.
c1350.
c1700.
c1870.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
687 RM_179 z = 2.2640
z(Shen) = 2.2655 = 137 km/s
z(He2) = 2.2585 = -505 km/s
S/N:
1110 34 1150 41 1350 92 1700 93 1870 90 2000 89 2500 90 3000 56 3160 37
NLR/BLR: 900 7950 km/s
S/N: blr -5.8 c3 18 c4 33 lya 19 n5 10 p0 -9.3 si4 8.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1110.
c1150.
c1350.
c1700.
c1870.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1110.
c1150.
c1350.
c1700.
c1870.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
688 RM_655 z = 2.2640
z(Shen) = 2.2620 = -179 km/s
z(He2) = 2.2620 = -184 km/s
S/N:
1110 31 1150 38 1350 103 1700 128 1870 133 2000 136 2500 129 3000 69 3160 44
NLR/BLR: 900 3220 km/s
S/N: blr -4.8 c3 15 c4 28 he2_1640 12 lya 31 mg2 18 p0 14 si4 7.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1110.
c1150.
c1350.
c1700.
c1870.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1110.
c1150.
c1350.
c1700.
c1870.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
689 RM_456 z = 2.2690
z(Shen) = 2.2663 = -251 km/s
z(He2) = 2.2651 = -358 km/s
S/N:
1110 64 1150 76 1350 137 1700 136 1870 134 2000 133 2500 116 3000 57 3160 43
NLR/BLR: 900 13340 km/s
S/N: blr -8.7 c3 26 c4 37 he2_1640 35 lya 30 mg2 29 n5 37 p0 -8.9 si4 6.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1110.
c1150.
c1350.
c1700.
c1870.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1110.
c1150.
c1350.
c1700.
c1870.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
690 RM_096 z = 2.2730
z(Shen) = 2.2705 = -225 km/s
z(He2) = 2.2755 = 229 km/s
S/N:
1100 36 1150 45 1350 110 1700 122 1860 126 2000 128 2500 116 3000 62 3160 47
NLR/BLR: 900 9980 km/s
S/N: blr -8.2 c3 16 c4 25 he2_1640 18 lya 32 mg2 22 p0 -9.2 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
691 RM_110 z = 2.2750
z(Shen) = 2.2806 = 514 km/s
z(He2) = 2.2641 = -998 km/s
S/N:
1100 49 1150 58 1350 104 1700 108 1860 103 2000 100 2500 91 3000 59 3150 46
NLR/BLR: 900 10150 km/s
S/N: blr -7.7 c3 27 c4 26 lya 31 mg2 20 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3150.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3150.
blr.
c3.
c4.
lya.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
692 RM_716 z = 2.2750
z(Shen) = 2.2783 = 305 km/s
z(He2) = 2.2698 = -476 km/s
S/N:
1100 41 1150 48 1350 88 1700 94 1860 89 2000 84 2500 67 3000 50 3160 43
NLR/BLR: 900 10390 km/s
S/N: blr -6.4 c3 2.6 lya 16 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
chi-bias.
lya.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
lya.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3160.
blr.
c3.
lya.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
693 RM_364 z = 2.2760
z(Shen) = 2.2800 = 362 km/s
z(He2) = 2.2768 = 73 km/s
S/N:
1100 39 1150 45 1350 74 1700 66 1860 65 2000 65 2500 61 3000 43 3150 36
NLR/BLR: 900 10620 km/s
S/N: blr -9.1 c3 14 c4 20 he2_1640 14 lya -8.9 mg2 15 n5 25 p0 -9.3 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3150.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3150.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
694 RM_549 z = 2.2770
z(Shen) = 2.2746 = -218 km/s
z(He2) = 2.2719 = -467 km/s
S/N:
1100 53 1150 67 1350 121 1700 114 1860 111 2000 110 2500 97 3000 55 3150 44
NLR/BLR: 900 7910 km/s
S/N: blr -8.9 c3 20 c4 46 he2_1640 23 lya 45 mg2 23 p0 -9.0 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3150.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3150.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
695 RM_461 z = 2.2780
z(Shen) = 2.2716 = -589 km/s
z(He2) = 2.2698 = -750 km/s
S/N:
1100 83 1150 93 1350 127 1700 119 1860 126 2000 131 2500 121 3000 59 3150 40
NLR/BLR: 900 13000 km/s
S/N: blr -9.4 c3 24 c4 46 he2_1640 25 lya 16 mg2 29 n5 60 p0 -3.5 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3150.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3150.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
696 RM_144 z = 2.2950
z(Shen) = 2.2999 = 446 km/s
z(He2) = 2.3000 = 455 km/s
S/N:
1090 72 1150 90 1350 132 1700 122 1850 122 2000 124 2500 113 3000 50 3130 36
NLR/BLR: 900 8080 km/s
S/N: blr 9.2 c3 23 c4 56 he2_1640 35 lya 54 mg2 23 n5 35 p0 -4.8 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1850.
c2000.
c2500.
c3000.
c3130.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1850.
c2000.
c2500.
c3000.
c3130.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
697 RM_435 z = 2.2960
z(Shen) = 2.2952 = -69 km/s
z(He2) = 2.2903 = -518 km/s
S/N:
1100 49 1150 65 1350 116 1700 111 1860 109 2000 110 2500 102 3000 56 3130 42
NLR/BLR: 900 6580 km/s
S/N: blr -9.4 c3 21 c4 41 he2_1640 22 lya 44 mg2 20 n5 44 p0 -9.4 si4 8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3130.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1100.
c1150.
c1350.
c1700.
c1860.
c2000.
c2500.
c3000.
c3130.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
698 RM_058 z = 2.2990
z(Shen) = 2.2998 = 71 km/s
z(He2) = 2.2938 = -473 km/s
S/N:
1090 47 1150 58 1350 101 1700 92 1850 92 2000 94 2500 90 3000 40 3130 31
NLR/BLR: 900 8180 km/s
S/N: blr -8.4 c3 17 c4 39 he2_1640 23 lya 44 p0 -9.3 si4 8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1850.
c2000.
c2500.
c3000.
c3130.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1850.
c2000.
c2500.
c3000.
c3130.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
699 RM_359 z = 2.3060
z(Shen) = 2.3091 = 278 km/s
z(He2) = 2.3033 = -245 km/s
S/N:
1090 74 1150 94 1350 138 1700 132 1840 132 2000 133 2500 125 3000 66 3120 49
NLR/BLR: 900 9720 km/s
S/N: blr -6.1 c3 30 c4 44 he2_1640 22 lya 74 mg2 23 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3120.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3120.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
700 RM_524 z = 2.3060
z(Shen) = 2.3167 = 968 km/s
z(He2) = 2.3195 = 1224 km/s
S/N:
1090 122 1150 146 1350 196 1700 191 1840 189 2000 188 2500 167 3000 89 3110 69
NLR/BLR: 900 11900 km/s
S/N: blr -5.4 he2_1640 26 lya 58 mg2 25 n5 32 p0 2.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3110.
blr.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
Spectra:
avg.
blr.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3110.
blr.
he2_1640.
lya.
mg2.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
701 RM_052 z = 2.3110
z(Shen) = 2.3049 = -554 km/s
z(He2) = 2.2986 = -1123 km/s
S/N:
1090 54 1150 68 1350 129 1700 131 1840 129 2000 128 2500 110 3000 59 3120 45
NLR/BLR: 900 5050 km/s
S/N: blr -5.5 c3 19 c4 41 he2_1640 18 lya 28 mg2 25 p0 12 si4 8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3120.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3120.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
702 RM_616 z = 2.3160
z(Shen) = 2.3199 = 349 km/s
z(He2) = 2.3163 = 27 km/s
S/N:
1090 103 1150 119 1350 154 1700 150 1840 151 2000 154 2500 149 3000 98 3110 80
NLR/BLR: 900 11790 km/s
S/N: blr 33 c3 61 c4 67 he2_1640 54 lya 71 mg2 62 n5 60 p0 -9.4 si4 33
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3110.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3110.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
703 RM_095 z = 2.3190
z(Shen) = 2.3163 = -239 km/s
z(He2) = 2.3151 = -352 km/s
S/N:
1090 42 1150 48 1350 83 1700 81 1840 78 2000 77 2500 67 3000 32 3110 29
NLR/BLR: 900 4910 km/s
S/N: blr -4.7 c4 27 he2_1640 18 lya 31 mg2 11 p0 -8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3110.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3110.
blr.
c4.
he2_1640.
lya.
mg2.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
704 RM_579 z = 2.3200
z(Shen) = 2.3294 = 850 km/s
z(He2) = 2.3229 = 262 km/s
S/N:
1080 38 1150 55 1350 98 1700 98 1830 98 2000 98 2500 82 3000 49 3100 43
NLR/BLR: 900 8020 km/s
S/N: blr -3.5 c4 30 he2_1640 20 lya 41 mg2 25 p0 -9.4 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1080.
c1150.
c1350.
c1700.
c1830.
c2000.
c2500.
c3000.
c3100.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1080.
c1150.
c1350.
c1700.
c1830.
c2000.
c2500.
c3000.
c3100.
blr.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
705 RM_379 z = 2.3220
z(Shen) = 2.3207 = -122 km/s
z(He2) = 2.3180 = -361 km/s
S/N:
1090 91 1150 111 1350 157 1700 173 1840 175 2000 179 2500 172 3000 91 3110 67
NLR/BLR: 900 6290 km/s
S/N: blr -8.1 c3 30 c4 73 he2_1640 30 lya 62 mg2 24 p0 16 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3110.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3110.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
706 RM_734 z = 2.3240
z(Shen) = 2.3319 = 712 km/s
z(He2) = 2.3373 = 1200 km/s
S/N:
1080 56 1150 77 1350 119 1700 121 1830 122 2000 125 2500 108 3000 48 3100 40
NLR/BLR: 900 12650 km/s
S/N: blr -6.5 c3 25 c4 37 he2_1640 16 lya 14 mg2 16 n5 12 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1080.
c1150.
c1350.
c1700.
c1830.
c2000.
c2500.
c3000.
c3100.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1080.
c1150.
c1350.
c1700.
c1830.
c2000.
c2500.
c3000.
c3100.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
707 RM_499 z = 2.3270
z(Shen) = 2.3248 = -195 km/s
z(He2) = 2.3302 = 288 km/s
S/N:
1090 54 1150 66 1350 104 1700 107 1840 106 2000 106 2500 90 3000 46 3100 38
NLR/BLR: 900 6390 km/s
S/N: blr 7.2 c3 23 c4 43 lya 39 mg2 13 p0 -9.0 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3100.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3100.
blr.
c3.
c4.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
708 RM_374 z = 2.3280
z(Shen) = 2.3266 = -122 km/s
z(He2) = 2.3206 = -667 km/s
S/N:
1090 83 1150 96 1350 129 1700 131 1840 129 2000 131 2500 131 3000 79 3100 65
NLR/BLR: 900 6630 km/s
S/N: blr -7.2 c3 26 c4 44 lya 63 mg2 23 p0 -1.3 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3100.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1090.
c1150.
c1350.
c1700.
c1840.
c2000.
c2500.
c3000.
c3100.
blr.
c3.
c4.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
709 RM_360 z = 2.3330
z(Shen) = 2.3507 = 1589 km/s
z(He2) = 2.3609 = 2510 km/s
S/N:
1080 43 1150 55 1350 87 1700 81 1820 84 2000 91 2500 84 3000 44 3080 39
NLR/BLR: 900 11590 km/s
S/N: blr -8.9 c3 12 c4 19 he2_1640 18 lya 14 mg2 14 n5 9.7 p0 -8.4 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1080.
c1150.
c1350.
c1700.
c1820.
c2000.
c2500.
c3000.
c3080.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1080.
c1150.
c1350.
c1700.
c1820.
c2000.
c2500.
c3000.
c3080.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
710 RM_319 z = 2.3370
z(Shen) = 2.3373 = 25 km/s
z(He2) = 2.3310 = -539 km/s
S/N:
1080 43 1150 60 1350 113 1700 116 1830 114 2000 112 2500 84 3000 44 3090 40
NLR/BLR: 900 9020 km/s
S/N: blr -9.0 c3 15 c4 29 he2_1640 17 lya 23 mg2 30 n5 20 p0 -8.7 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1080.
c1150.
c1350.
c1700.
c1830.
c2000.
c2500.
c3000.
c3090.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1080.
c1150.
c1350.
c1700.
c1830.
c2000.
c2500.
c3000.
c3090.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
711 RM_699 z = 2.3480
z(Shen) = 2.3455 = -222 km/s
z(He2) = 2.3438 = -376 km/s
S/N:
1080 72 1150 86 1350 141 1700 153 1820 151 2000 152 2500 130 3000 77 3080 69
NLR/BLR: 900 4990 km/s
S/N: blr -8.7 c3 18 c4 34 lya 31 mg2 -9.4 n5 33 p0 11 si4 3.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1080.
c1150.
c1350.
c1700.
c1820.
c2000.
c2500.
c3000.
c3080.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1080.
c1150.
c1350.
c1700.
c1820.
c2000.
c2500.
c3000.
c3080.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
712 RM_613 z = 2.3500
z(Shen) = 2.3362 = -1233 km/s
z(He2) = 2.3357 = -1280 km/s
S/N:
1080 130 1150 149 1350 198 1700 237 1830 249 2000 262 2500 264 3000 160 3090 12
2
NLR/BLR: 900 6820 km/s
S/N: blr -2.9 c3 21 c4 18 he2_1640 31 lya 44 mg2 -3.5 n5 113 p0 14 si4 9.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1080.
c1150.
c1350.
c1700.
c1830.
c2000.
c2500.
c3000.
c3090.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1080.
c1150.
c1350.
c1700.
c1830.
c2000.
c2500.
c3000.
c3090.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
713 RM_295 z = 2.3510
z(Shen) = 2.3520 = 86 km/s
z(He2) = 2.3536 = 233 km/s
S/N:
1080 91 1150 115 1350 145 1700 137 1820 136 2000 139 2500 129 3000 58 3080 50
NLR/BLR: 900 9280 km/s
S/N: blr 8.5 c3 37 c4 56 he2_1640 24 lya 65 mg2 16 n5 26 p0 -9.0 si4 26
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1080.
c1150.
c1350.
c1700.
c1820.
c2000.
c2500.
c3000.
c3080.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1080.
c1150.
c1350.
c1700.
c1820.
c2000.
c2500.
c3000.
c3080.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
714 RM_091 z = 2.3550
z(Shen) = 2.3529 = -189 km/s
z(He2) = 2.3535 = -134 km/s
S/N:
1080 47 1150 63 1350 98 1700 94 1820 93 2000 92 2500 70 3000 37 3080 34
NLR/BLR: 900 9430 km/s
S/N: blr -6.1 c3 14 c4 24 he2_1640 10 lya 31 mg2 11 p0 -9.4 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1080.
c1150.
c1350.
c1700.
c1820.
c2000.
c2500.
c3000.
c3080.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1080.
c1150.
c1350.
c1700.
c1820.
c2000.
c2500.
c3000.
c3080.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
715 RM_284 z = 2.3590
z(Shen) = 2.3863 = 2438 km/s
S/N:
1070 66 1150 82 1350 111 1700 140 1810 142 2000 143 2500 120 3000 80 3050 76
NLR/BLR: 900 10100 km/s
S/N: blr 18 c3 27 he2_1640 26 lya 39 mg2 -9.2 n5 48 p0 -9.0 si4 44
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3050.
blr.
c3.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3050.
blr.
c3.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
716 RM_713 z = 2.3620
z(Shen) = 2.3699 = 703 km/s
z(He2) = 2.3681 = 544 km/s
S/N:
1070 62 1150 89 1350 128 1700 118 1810 116 2000 123 2500 128 3000 65 3060 56
NLR/BLR: 900 9620 km/s
S/N: blr 5.6 c3 42 c4 58 he2_1640 26 lya 77 mg2 17 p0 -9.3 si4 25
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3060.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3060.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
717 RM_334 z = 2.3780
z(Shen) = 2.3750 = -263 km/s
z(He2) = 2.3733 = -417 km/s
S/N:
1070 64 1150 92 1350 156 1700 160 1810 158 2000 159 2500 133 3000 60 3060 54
NLR/BLR: 900 5290 km/s
S/N: blr -8.3 c3 28 c4 82 he2_1640 34 lya 76 mg2 19 p0 6.7 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3060.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3060.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
718 RM_570 z = 2.3780
z(Shen) = 2.3735 = -398 km/s
z(He2) = 2.3595 = -1642 km/s
S/N:
1070 38 1150 57 1350 96 1700 101 1810 102 2000 102 2500 78 3000 52 3060 50
NLR/BLR: 900 10370 km/s
S/N: blr -9.4 c4 21 he2_1640 14 lya 3.7 mg2 7.6 n5 -9.4 p0 -9.4 si4 8.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3060.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3060.
blr.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
719 RM_794 z = 2.3890
z(Shen) = 2.3863 = -241 km/s
z(He2) = 2.3836 = -478 km/s
S/N:
1070 46 1150 67 1350 108 1700 111 1810 107 2000 107 2500 107 3000 36 3050 33
NLR/BLR: 900 5350 km/s
S/N: blr -9.2 c3 25 c4 35 he2_1640 -4.9 lya 33 mg2 10 n5 39 p0 -8.1 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3050.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3050.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
720 RM_586 z = 2.3910
z(Shen) = 2.3920 = 89 km/s
z(He2) = 2.3888 = -195 km/s
S/N:
1060 42 1150 65 1350 104 1700 100 1800 98 2000 102 2500 89 3000 40 3040 39
NLR/BLR: 900 8710 km/s
S/N: blr -8.9 c3 31 c4 49 he2_1640 25 lya 53 mg2 149 p0 -9.3 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
721 RM_661 z = 2.3930
z(Shen) = 2.4107 = 1566 km/s
z(He2) = 2.4084 = 1361 km/s
S/N:
1060 62 1150 86 1350 117 1700 124 1790 120 2000 119 2500 108 3000 42 3020 40
NLR/BLR: 900 8200 km/s
S/N: blr 7.7 c3 29 c4 27 he2_1640 8.1 lya 43 mg2 15 p0 -5.4 si4 9.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3020.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3020.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
722 RM_237 z = 2.3940
z(Shen) = 2.3924 = -144 km/s
z(He2) = 2.3912 = -247 km/s
S/N:
1060 87 1150 112 1350 130 1700 116 1800 115 2000 120 2500 117 3000 50 3040 45
NLR/BLR: 900 11690 km/s
S/N: blr 1.3 c3 41 c4 66 he2_1640 29 lya 17 mg2 21 n5 83 p0 -9.4 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
723 RM_266 z = 2.3970
z(Shen) = 2.3916 = -475 km/s
z(He2) = 2.3852 = -1041 km/s
S/N:
1070 86 1150 111 1350 150 1700 146 1800 144 2000 145 2500 113 3000 53 3040 49
NLR/BLR: 900 5880 km/s
S/N: blr 13 c3 18 c4 34 he2_1640 14 lya 21 mg2 9.0 n5 20 p0 9.5 si4 31
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1070.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1070.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
724 RM_279 z = 2.3980
z(Shen) = 2.3976 = -34 km/s
z(He2) = 2.3936 = -388 km/s
S/N:
1060 76 1150 105 1350 133 1700 115 1800 112 2000 112 2500 99 3000 40 3040 38
NLR/BLR: 900 7140 km/s
S/N: blr 10 c3 17 c4 39 he2_1640 17 lya 67 mg2 12 p0 -8.3 si4 9.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
725 RM_269 z = 2.4000
z(Shen) = 2.3930 = -617 km/s
z(He2) = 2.3897 = -908 km/s
S/N:
1060 32 1150 44 1350 75 1700 88 1800 85 2000 83 2500 70 3000 44 3040 43
NLR/BLR: 900 4310 km/s
S/N: blr -4.4 he2_1640 11 lya 18 mg2 14 p0 -9.0 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1800.
c2000.
c2500.
c3000.
c3040.
blr.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
726 RM_223 z = 2.4050
z(Shen) = 2.4008 = -372 km/s
z(He2) = 2.4145 = 836 km/s
S/N:
1060 42 1150 59 1350 56 1700 69 1790 76 2000 91 2500 80 3000 36 3030 35
NLR/BLR: 900 15000 km/s
S/N: blr 5.6 c3 20 c4 14 he2_1640 16 lya 10 mg2 15 n5 9.9 p0 -9.4 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3030.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3030.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
727 RM_532 z = 2.4080
z(Shen) = 2.4066 = -123 km/s
z(He2) = 2.4073 = -62 km/s
S/N:
1060 40 1150 54 1350 77 1700 75 1790 77 2000 88 2500 93 3000 42 3030 40
NLR/BLR: 900 8890 km/s
S/N: blr -4.5 c3 28 c4 41 he2_1640 27 lya 45 mg2 14 p0 -9.0 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3030.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3030.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
728 RM_708 z = 2.4090
z(Shen) = 2.3862 = -2002 km/s
z(He2) = 2.3795 = -2594 km/s
S/N:
1070 65 1150 89 1350 123 1700 130 1810 127 2000 128 2500 123 3000 82 3050 77
NLR/BLR: 900 15000 km/s
S/N: blr 9.1 c3 17 he2_1640 22 n5 16 p0 -7.9 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3050.
blr.
c3.
chi-bias.
he2_1640.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1070.
c1150.
c1350.
c1700.
c1810.
c2000.
c2500.
c3000.
c3050.
blr.
c3.
he2_1640.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
729 RM_633 z = 2.4200
z(Shen) = 2.4386 = 1631 km/s
z(He2) = 2.4538 = 2963 km/s
S/N: 1050 43 1150 76 1350 108 1700 109 1770 107 2000 109 2500 86 3000 29
NLR/BLR: 900 11380 km/s
S/N: blr -9.3 c3 22 c4 31 he2_1640 22 lya 21 mg2 12 n5 28 p0 -9.4 si4 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1050.
c1150.
c1350.
c1700.
c1770.
c2000.
c2500.
c3000.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1050.
c1150.
c1350.
c1700.
c1770.
c2000.
c2500.
c3000.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
730 RM_366 z = 2.4220
z(Shen) = 2.4201 = -165 km/s
z(He2) = 2.4129 = -797 km/s
S/N:
1060 53 1150 80 1350 108 1700 102 1790 102 2000 110 2500 104 3000 41 3020 39
NLR/BLR: 900 9160 km/s
S/N: blr 9.7 c3 19 c4 32 he2_1640 23 lya 16 mg2 13 n5 12 p0 -7.8 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3020.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3020.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
731 RM_043 z = 2.4270
z(Shen) = 2.4308 = 333 km/s
z(He2) = 2.4204 = -577 km/s
S/N:
1050 59 1150 96 1350 129 1700 129 1780 128 2000 129 2500 108 3000 48 3010 48
NLR/BLR: 900 6860 km/s
S/N: blr -7.4 c3 20 c4 24 he2_1640 13 lya 36 mg2 12 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1050.
c1150.
c1350.
c1700.
c1780.
c2000.
c2500.
c3000.
c3010.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1050.
c1150.
c1350.
c1700.
c1780.
c2000.
c2500.
c3000.
c3010.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
732 RM_387 z = 2.4270
z(Shen) = 2.4258 = -106 km/s
z(He2) = 2.4222 = -420 km/s
S/N:
1050 64 1150 108 1350 149 1700 144 1780 140 2000 135 2500 116 3000 45 3010 45
NLR/BLR: 900 6910 km/s
S/N: blr -5.9 c3 26 c4 60 he2_1640 24 lya 69 mg2 17 p0 -8.4 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1050.
c1150.
c1350.
c1700.
c1780.
c2000.
c2500.
c3000.
c3010.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1050.
c1150.
c1350.
c1700.
c1780.
c2000.
c2500.
c3000.
c3010.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
733 RM_257 z = 2.4340
z(Shen) = 2.4186 = -1342 km/s
z(He2) = 2.3993 = -3029 km/s
S/N:
1060 54 1150 77 1350 107 1700 106 1790 109 2000 125 2500 132 3000 63 3020 60
NLR/BLR: 900 6870 km/s
S/N: blr 14 c3 24 he2_1640 24 lya 34 mg2 18 p0 -5.7 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3020.
blr.
c3.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1060.
c1150.
c1350.
c1700.
c1790.
c2000.
c2500.
c3000.
c3020.
blr.
c3.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
734 RM_097 z = 2.4380
z(Shen) = 2.4340 = -345 km/s
z(He2) = 2.4307 = -637 km/s
S/N: 1050 47 1150 81 1350 124 1700 115 1770 111 2000 111 2500 97 3000 39
NLR/BLR: 900 6070 km/s
S/N: blr -7.3 c3 21 c4 55 he2_1640 16 lya 64 mg2 12 p0 -6.1 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1050.
c1150.
c1350.
c1700.
c1770.
c2000.
c2500.
c3000.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1050.
c1150.
c1350.
c1700.
c1770.
c2000.
c2500.
c3000.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
735 RM_098 z = 2.4530
z(Shen) = 2.4535 = 43 km/s
z(He2) = 2.4495 = -304 km/s
S/N: 1050 33 1150 55 1350 82 1700 74 1770 71 2000 68 2500 67 2990 32
NLR/BLR: 900 5570 km/s
S/N: blr -8.3 c3 15 c4 71 he2_1640 16 lya 53 mg2 13 p0 -5.6 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1050.
c1150.
c1350.
c1700.
c1770.
c2000.
c2500.
c2990.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1050.
c1150.
c1350.
c1700.
c1770.
c2000.
c2500.
c2990.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
736 RM_564 z = 2.4620
z(Shen) = 2.4715 = 827 km/s
z(He2) = 2.4746 = 1091 km/s
S/N: 1040 95 1150 126 1350 140 1700 149 1760 151 2000 157 2500 162 2970 98
NLR/BLR: 900 10500 km/s
S/N: blr 19 c3 88 c4 100 he2_1640 46 lya 65 mg2 43 n5 67 p0 -9.4 si4 74
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1040.
c1150.
c1350.
c1700.
c1760.
c2000.
c2500.
c2970.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1040.
c1150.
c1350.
c1700.
c1760.
c2000.
c2500.
c2970.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
737 RM_326 z = 2.4780
z(Shen) = 2.4531 = -2143 km/s
z(He2) = 2.4515 = -2284 km/s
S/N: 1050 59 1150 73 1350 71 1700 72 1770 70 2000 69 2500 69 2990 47
NLR/BLR: 900 9530 km/s
S/N: blr 4.0 c3 18 c4 16 lya 12 n5 15 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1050.
c1150.
c1350.
c1700.
c1770.
c2000.
c2500.
c2990.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1050.
c1150.
c1350.
c1700.
c1770.
c2000.
c2500.
c2990.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
738 RM_676 z = 2.5000
z(Shen) = 2.5148 = 1272 km/s
z(He2) = 2.4970 = -257 km/s
S/N: 1030 87 1150 115 1350 136 1700 154 1740 153 2000 155 2500 152 2940 71
NLR/BLR: 900 15000 km/s
S/N: blr 20 c3 60 c4 54 lya 40 mg2 29 n5 47 p0 -9.4 si4 36
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1030.
c1150.
c1350.
c1700.
c1740.
c2000.
c2500.
c2940.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1030.
c1150.
c1350.
c1700.
c1740.
c2000.
c2500.
c2940.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
739 RM_154 z = 2.5010
z(Shen) = 2.4994 = -136 km/s
z(He2) = 2.4902 = -925 km/s
S/N: 1030 51 1150 92 1350 115 1700 126 1740 124 2000 124 2500 108 2950 37
NLR/BLR: 900 10970 km/s
S/N: blr 18 c3 30 c4 91 lya 21 mg2 21 n5 26 p0 -8.4 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1030.
c1150.
c1350.
c1700.
c1740.
c2000.
c2500.
c2950.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1030.
c1150.
c1350.
c1700.
c1740.
c2000.
c2500.
c2950.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
740 RM_557 z = 2.5150
z(Shen) = 2.5194 = 380 km/s
z(He2) = 2.5143 = -60 km/s
S/N: 1030 52 1150 96 1350 120 1700 127 1740 126 2000 122 2500 109 2930 43
NLR/BLR: 900 8970 km/s
S/N: blr -2.0 c3 23 c4 26 he2_1640 5.9 lya 22 mg2 20 n5 21 p0 -9.2 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1030.
c1150.
c1350.
c1700.
c1740.
c2000.
c2500.
c2930.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1030.
c1150.
c1350.
c1700.
c1740.
c2000.
c2500.
c2930.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
741 RM_381 z = 2.5370
z(Shen) = 2.5376 = 48 km/s
z(He2) = 2.5334 = -305 km/s
S/N: 1020 87 1150 137 1350 160 1700 166 1730 165 2000 163 2500 146 2920 55
NLR/BLR: 900 6070 km/s
S/N: blr 15 c3 21 c4 63 he2_1640 30 lya 76 mg2 12 p0 8.2 si4 8.0
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1020.
c1150.
c1350.
c1700.
c1730.
c2000.
c2500.
c2920.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1020.
c1150.
c1350.
c1700.
c1730.
c2000.
c2500.
c2920.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
742 RM_722 z = 2.5410
z(Shen) = 2.5094 = -2675 km/s
z(He2) = 2.5025 = -3260 km/s
S/N: 1030 37 1150 64 1350 106 1700 128 1740 127 2000 133 2500 134 2940 72
NLR/BLR: 900 8350 km/s
S/N: blr -6.3 c3 42 c4 5.9 lya 27 mg2 28 n5 7.1 p0 -9.4 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1030.
c1150.
c1350.
c1700.
c1740.
c2000.
c2500.
c2940.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1030.
c1150.
c1350.
c1700.
c1740.
c2000.
c2500.
c2940.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
743 RM_485 z = 2.5570
z(Shen) = 2.5625 = 466 km/s
z(He2) = 2.5659 = 750 km/s
S/N: 1010 58 1150 107 1350 126 1700 133 1710 133 2000 129 2500 106 2900 51
NLR/BLR: 900 11810 km/s
S/N: blr 3.6 c3 30 c4 42 lya 40 mg2 -9.4 n5 28 p0 -9.1 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2900.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2900.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
744 RM_749 z = 2.5640
z(Shen) = 2.5614 = -218 km/s
z(He2) = 2.5605 = -294 km/s
S/N: 1010 34 1150 83 1350 109 1700 113 1710 113 2000 108 2500 95 2900 35
NLR/BLR: 900 5480 km/s
S/N: blr -4.0 c3 21 c4 48 lya 53 mg2 23 p0 11 si4 9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2900.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2900.
blr.
c3.
c4.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
745 RM_425 z = 2.5650
z(Shen) = 2.5735 = 711 km/s
z(He2) = 2.5689 = 328 km/s
S/N: 1010 31 1150 54 1350 65 1700 80 1710 80 2000 86 2500 79 2890 30
NLR/BLR: 900 8620 km/s
S/N: blr -6.9 c3 30 c4 25 lya 34 mg2 18 p0 -8.9 si4 9.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2890.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2890.
blr.
c3.
c4.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
746 RM_620 z = 2.5770
z(Shen) = 2.5824 = 450 km/s
z(He2) = 2.5769 = -8 km/s
S/N: 1010 38 1150 66 1350 75 1700 88 1710 88 2000 91 2500 74 2880 33
NLR/BLR: 900 9690 km/s
S/N: blr 7.6 c3 19 c4 26 mg2 34 n5 46 p0 -9.4 si4 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2880.
blr.
c3.
c4.
chi-bias.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2880.
blr.
c3.
c4.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
747 RM_819 z = 2.5780
z(Shen) = 2.5790 = 80 km/s
z(He2) = 2.5726 = -452 km/s
S/N: 1010 54 1150 94 1350 107 1700 106 1710 105 2000 101 2500 72 2880 20
NLR/BLR: 900 5620 km/s
S/N: blr 15 c4 26 lya 29 mg2 17 n5 19 p0 -8.1 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2880.
blr.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2880.
blr.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
748 RM_332 z = 2.5800
z(Shen) = 2.5808 = 65 km/s
z(He2) = 2.5778 = -184 km/s
S/N: 1010 74 1150 116 1350 114 1700 138 1710 139 2000 165 2500 160 2880 45
NLR/BLR: 900 4280 km/s
S/N: blr 13 c3 25 c4 68 he2_1640 19 lya 62 mg2 14 n5 27 p0 29 si4 7.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2880.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2880.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
749 RM_507 z = 2.5800
z(Shen) = 2.5750 = -418 km/s
z(He2) = 2.5785 = -126 km/s
S/N: 1010 77 1150 145 1350 161 1700 163 1710 162 2000 159 2500 138 2890 52
NLR/BLR: 900 7920 km/s
S/N: blr 14 c3 24 c4 34 he2_1640 -4.1 lya 47 mg2 -9.4 n5 24 p0 -8.6 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2890.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c1710.
c2000.
c2500.
c2890.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
750 RM_635 z = 2.5900
z(Shen) = 2.5950 = 416 km/s
z(He2) = 2.5798 = -852 km/s
S/N: 1010 143 1150 208 1350 223 1700 223 2000 222 2500 198 2870 80
NLR/BLR: 900 10830 km/s
S/N: blr -7.6 c3 29 c4 49 he2_1640 28 lya 75 mg2 23 n5 47 p0 10 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c2000.
c2500.
c2870.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c2000.
c2500.
c2870.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
751 RM_242 z = 2.5910
z(Shen) = 2.5915 = 39 km/s
z(He2) = 2.5898 = -100 km/s
S/N: 1010 60 1150 113 1350 131 1700 137 2000 137 2500 127 2870 54
NLR/BLR: 900 12800 km/s
S/N: blr 15 c3 35 c4 37 lya 64 mg2 -9.4 n5 21 p0 -8.6 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1010.
c1150.
c1350.
c1700.
c2000.
c2500.
c2870.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1010.
c1150.
c1350.
c1700.
c2000.
c2500.
c2870.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
752 RM_416 z = 2.5940
z(Shen) = 2.5998 = 485 km/s
z(He2) = 2.6027 = 726 km/s
S/N: 1000 43 1150 84 1350 108 1690 106 1700 106 2000 101 2500 89 2870 42
NLR/BLR: 900 10500 km/s
S/N: blr 14 c3 28 c4 47 lya 45 n5 35 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2870.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2870.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
753 RM_311 z = 2.5950
z(Shen) = 2.5975 = 210 km/s
z(He2) = 2.5849 = -842 km/s
S/N: 1000 46 1150 106 1350 127 1690 123 1700 122 2000 114 2500 97 2870 54
NLR/BLR: 900 10400 km/s
S/N: blr -2.4 c3 17 c4 23 lya 27 mg2 7.3 n5 20 p0 -7.7 si4 3.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2870.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2870.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
754 RM_488 z = 2.6060
z(Shen) = 2.6042 = -148 km/s
z(He2) = 2.6041 = -158 km/s
S/N: 1000 53 1150 114 1350 131 1690 129 1700 128 2000 128 2500 107 2860 33
NLR/BLR: 900 6990 km/s
S/N: blr 14 c3 23 c4 49 he2_1640 24 lya 67 mg2 27 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2860.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2860.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
755 RM_166 z = 2.6140
z(Shen) = 2.6192 = 431 km/s
z(He2) = 2.6102 = -315 km/s
S/N: 1000 63 1150 128 1350 143 1690 149 1700 149 2000 142 2500 107 2850 44
NLR/BLR: 900 11290 km/s
S/N: blr 15 c3 16 c4 25 lya 40 n5 22 p0 -8.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2850.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2850.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
756 RM_207 z = 2.6190
z(Shen) = 2.6198 = 70 km/s
z(He2) = 2.6100 = -746 km/s
S/N:
1000 106 1150 151 1350 160 1690 161 1700 160 2000 161 2500 146 2850 80
NLR/BLR: 900 2700 km/s
S/N: blr 13 c3 32 c4 56 he2_1640 22 lya 84 mg2 15 n5 56 p0 -9.4 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2850.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2850.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
757 RM_799 z = 2.6250
z(Shen) = 2.6115 = -1114 km/s
z(He2) = 2.6094 = -1290 km/s
S/N: 1000 30 1150 54 1350 69 1690 69 1700 68 2000 64 2500 55 2860 32
NLR/BLR: 900 12230 km/s
S/N: blr -6.0 c4 11 lya 9.0 n5 14 p0 -7.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2860.
blr.
c4.
chi-bias.
lya.
n5.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1000.
c1150.
c1350.
c1690.
c1700.
c2000.
c2500.
c2860.
blr.
c4.
lya.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
758 RM_363 z = 2.6320
z(Shen) = 2.6354 = 282 km/s
z(He2) = 2.6337 = 140 km/s
S/N: 1150 146 1350 152 1680 154 1700 154 2000 151 2500 141 2840 60 990 83
NLR/BLR: 900 14260 km/s
S/N: blr 25 c3 33 c4 48 lya 21 mg2 22 n5 33 p0 -9.4 si4 32
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1680.
c1700.
c2000.
c2500.
c2840.
c990.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1680.
c1700.
c2000.
c2500.
c2840.
c990.
blr.
c3.
c4.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
759 RM_202 z = 2.6340
z(Shen) = 2.6348 = 65 km/s
z(He2) = 2.6244 = -792 km/s
S/N: 1150 145 1350 145 1680 169 1700 170 2000 192 2500 178 2840 71 990 89
NLR/BLR: 900 5660 km/s
S/N: blr 25 c3 58 c4 75 he2_1640 30 lya 68 mg2 18 p0 30 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1680.
c1700.
c2000.
c2500.
c2840.
c990.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1680.
c1700.
c2000.
c2500.
c2840.
c990.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
760 RM_509 z = 2.6460
z(Shen) = 2.6544 = 690 km/s
z(He2) = 2.6554 = 773 km/s
S/N: 1150 107 1350 123 1670 125 1700 124 2000 131 2500 117 2820 64 990 44
NLR/BLR: 900 11980 km/s
S/N: blr 16 c3 21 he2_1640 28 lya 35 mg2 3.9 n5 16 p0 -9.4 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2820.
c990.
blr.
c3.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2820.
c990.
blr.
c3.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
761 RM_070 z = 2.6560
z(Shen) = 2.6591 = 256 km/s
z(He2) = 2.6551 = -74 km/s
S/N: 1150 74 1350 82 1670 76 1700 74 2000 71 2500 67 2820 36 990 35
NLR/BLR: 900 10360 km/s
S/N: blr 12 c3 19 c4 24 he2_1640 28 lya 45 n5 20 p0 -9.4 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2820.
c990.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2820.
c990.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
762 RM_424 z = 2.6560
z(Shen) = 2.6604 = 365 km/s
z(He2) = 2.6549 = -90 km/s
S/N: 1150 59 1350 90 1670 110 1700 110 2000 119 2500 92 2820 44 990 29
NLR/BLR: 900 11000 km/s
S/N: blr 13 c3 22 c4 23 n5 18 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2820.
c990.
blr.
c3.
c4.
chi-bias.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2820.
c990.
blr.
c3.
c4.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
763 RM_075 z = 2.6620
z(Shen) = 2.6546 = -609 km/s
z(He2) = 2.6833 = 1744 km/s
S/N: 1150 118 1350 119 1670 142 1700 141 2000 138 2500 114 2820 49 990 56
NLR/BLR: 900 15000 km/s
S/N: blr 13 c3 22 c4 38 lya 36 n5 32 p0 5.6 si4 25
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2820.
c990.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2820.
c990.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
764 RM_200 z = 2.6670
z(Shen) = 2.6686 = 134 km/s
z(He2) = 2.6659 = -90 km/s
S/N: 1150 104 1350 116 1670 113 1700 111 2000 115 2500 100 2810 40 990 49
NLR/BLR: 900 8120 km/s
S/N: blr 6.6 c3 22 c4 32 he2_1640 22 lya 54 mg2 18 p0 -7.4 si4 9.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2810.
c990.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1670.
c1700.
c2000.
c2500.
c2810.
c990.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
765 RM_451 z = 2.6780
z(Shen) = 2.6736 = -359 km/s
z(He2) = 2.6959 = 1459 km/s
S/N: 1150 138 1350 148 1660 157 1700 156 2000 154 2500 128 2810 55 980 72
NLR/BLR: 900 11330 km/s
S/N: blr 15 c3 28 c4 41 lya 53 n5 30 p0 -9.2 si4 33
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1660.
c1700.
c2000.
c2500.
c2810.
c980.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1660.
c1700.
c2000.
c2500.
c2810.
c980.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
766 RM_056 z = 2.6810
z(Shen) = 2.6810 = -3 km/s
z(He2) = 2.6721 = -725 km/s
S/N: 1150 74 1350 76 1660 78 1700 77 2000 84 2500 70 2800 33 980 38
NLR/BLR: 900 6430 km/s
S/N: blr -3.7 c3 14 c4 16 he2_1640 21 lya 20 mg2 15 n5 15 p0 -6.0 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1660.
c1700.
c2000.
c2500.
c2800.
c980.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
mg2.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1660.
c1700.
c2000.
c2500.
c2800.
c980.
blr.
c3.
c4.
he2_1640.
lya.
mg2.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
767 RM_014 z = 2.6880
z(Shen) = 2.6942 = 503 km/s
z(He2) = 2.6913 = 268 km/s
S/N: 1150 57 1350 54 1650 56 1700 55 2000 67 2500 63 2790 29 980 30
NLR/BLR: 900 7830 km/s
S/N: blr 8.4 c3 16 c4 14 he2_1640 21 lya 13 n5 21 p0 -9.0 si4 22
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1650.
c1700.
c2000.
c2500.
c2790.
c980.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1650.
c1700.
c2000.
c2500.
c2790.
c980.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
768 RM_730 z = 2.6950
z(Shen) = 2.6916 = -279 km/s
z(He2) = 2.7119 = 1371 km/s
S/N: 1150 138 1350 148 1650 166 1700 166 2000 170 2500 167 2790 115 980 92
NLR/BLR: 900 2700 km/s
S/N: blr 14 c3 38 he2_1640 1.9 n5 69 p0 -8.8 si4 61
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1650.
c1700.
c2000.
c2500.
c2790.
c980.
blr.
c3.
chi-bias.
he2_1640.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1650.
c1700.
c2000.
c2500.
c2790.
c980.
blr.
c3.
he2_1640.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
769 RM_314 z = 2.7030
z(Shen) = 2.7096 = 534 km/s
z(He2) = 2.6997 = -267 km/s
S/N: 1150 84 1350 87 1650 91 1700 89 2000 88 2500 67 2790 37 970 46
NLR/BLR: 900 6220 km/s
S/N: blr 15 c3 13 he2_1640 19 lya 31 n5 13 p0 -9.2 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1650.
c1700.
c2000.
c2500.
c2790.
c970.
blr.
c3.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1650.
c1700.
c2000.
c2500.
c2790.
c970.
blr.
c3.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
770 RM_631 z = 2.7170
z(Shen) = 2.7173 = 22 km/s
z(He2) = 2.7111 = -476 km/s
S/N: 1150 133 1350 151 1640 152 1700 151 2000 148 2500 117 2770 61 970 73
NLR/BLR: 900 12940 km/s
S/N: blr 22 c3 21 c4 50 n5 55 p0 -8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2770.
c970.
blr.
c3.
c4.
chi-bias.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2770.
c970.
blr.
c3.
c4.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
771 RM_248 z = 2.7250
z(Shen) = 2.7306 = 450 km/s
z(He2) = 2.7212 = -306 km/s
S/N: 1150 106 1350 104 1640 98 1700 97 2000 107 2500 97 2760 57 970 50
NLR/BLR: 900 6470 km/s
S/N: blr 13 c3 23 c4 26 he2_1640 21 lya 32 p0 -6.0 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2760.
c970.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2760.
c970.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
772 RM_844 z = 2.7250
z(Shen) = 2.7211 = -315 km/s
z(He2) = 2.7116 = -1078 km/s
S/N: 1150 57 1350 65 1640 81 1700 81 2000 87 2500 78 2770 48 970 38
NLR/BLR: 900 4700 km/s
S/N: blr 8.4 c3 12 c4 7.3 he2_1640 20 lya 11 n5 9.3 p0 -8.8 si4 4.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2770.
c970.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2770.
c970.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
773 RM_458 z = 2.7280
z(Shen) = 2.7310 = 238 km/s
z(He2) = 2.7287 = 56 km/s
S/N: 1150 68 1350 84 1640 95 1700 96 2000 114 2500 91 2760 36 970 27
NLR/BLR: 900 6240 km/s
S/N: blr 8.7 c3 40 c4 28 he2_1640 20 n5 42 p0 -8.9 si4 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2760.
c970.
blr.
c3.
c4.
chi-bias.
he2_1640.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2760.
c970.
blr.
c3.
c4.
he2_1640.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
774 RM_213 z = 2.7290
z(Shen) = 2.7161 = -1038 km/s
z(He2) = 2.7105 = -1487 km/s
S/N: 1150 86 1350 85 1640 81 1700 80 2000 84 2500 74 2780 38 970 35
NLR/BLR: 900 8330 km/s
S/N: blr 6.5 c3 17 c4 35 he2_1640 25 lya 33 p0 -9.2 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2780.
c970.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2780.
c970.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
775 RM_119 z = 2.7320
z(Shen) = 2.7286 = -272 km/s
z(He2) = 2.7252 = -546 km/s
S/N: 1150 206 1350 225 1640 228 1700 224 2000 219 2500 147 2770 56 970 78
NLR/BLR: 900 4880 km/s
S/N: blr 25 c3 29 c4 55 he2_1640 26 lya 69 p0 42 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2770.
c970.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2770.
c970.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
776 RM_099 z = 2.7340
z(Shen) = 2.7378 = 309 km/s
z(He2) = 2.7263 = -618 km/s
S/N: 1150 56 1350 75 1640 80 1700 78 2000 81 2500 67 2760 35 970 29
NLR/BLR: 900 4510 km/s
S/N: blr -9.0 he2_1640 18 lya 30 p0 -3.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2760.
c970.
blr.
chi-bias.
he2_1640.
lya.
p0.
Spectra:
avg.
blr.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1640.
c1700.
c2000.
c2500.
c2760.
c970.
blr.
he2_1640.
lya.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
777 RM_153 z = 2.7470
z(Shen) = 2.7531 = 484 km/s
z(He2) = 2.7261 = -1672 km/s
S/N: 1150 109 1350 114 1620 116 1700 116 2000 122 2500 98 2750 54 960 41
NLR/BLR: 900 9690 km/s
S/N: blr 19 c3 26 c4 41 lya 47 n5 25 p0 -9.4 si4 15
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2750.
c960.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2750.
c960.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
778 RM_540 z = 2.7470
z(Shen) = 2.7466 = -34 km/s
z(He2) = 2.7447 = -184 km/s
S/N: 1150 114 1350 124 1630 119 1700 117 2000 117 2500 93 2750 56 970 51
NLR/BLR: 900 8010 km/s
S/N: blr 18 c3 31 c4 57 he2_1640 34 lya 82 p0 -6.3 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1630.
c1700.
c2000.
c2500.
c2750.
c970.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1630.
c1700.
c2000.
c2500.
c2750.
c970.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
779 RM_729 z = 2.7630
z(Shen) = 2.7679 = 391 km/s
z(He2) = 2.7614 = -127 km/s
S/N: 1150 136 1350 150 1620 151 1700 149 2000 149 2500 128 2740 75 960 42
NLR/BLR: 900 9410 km/s
S/N: blr 32 c3 59 c4 65 he2_1640 54 n5 83 p0 -9.4 si4 37
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2740.
c960.
blr.
c3.
c4.
chi-bias.
he2_1640.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2740.
c960.
blr.
c3.
c4.
he2_1640.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
780 RM_004 z = 2.7670
z(Shen) = 2.7673 = 23 km/s
z(He2) = 2.7570 = -796 km/s
S/N: 1150 115 1350 121 1620 120 1700 115 2000 103 2500 87 2740 68 960 62
NLR/BLR: 900 6800 km/s
S/N: blr 9.6 c3 16 c4 26 he2_1640 25 lya 57 p0 -9.4 si4 9.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2740.
c960.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2740.
c960.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
781 RM_562 z = 2.7730
z(Shen) = 2.7856 = 1004 km/s
z(He2) = 2.7822 = 731 km/s
S/N: 1150 149 1350 156 1620 155 1700 154 2000 154 2500 124 2720 67 960 76
NLR/BLR: 900 11340 km/s
S/N: blr 29 c3 40 c4 50 he2_1640 30 lya 28 n5 62 p0 -9.0 si4 24
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2720.
c960.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2720.
c960.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
782 RM_529 z = 2.7800
z(Shen) = 2.7799 = -12 km/s
z(He2) = 2.7800 = 0 km/s
S/N: 1150 81 1350 78 1620 75 1700 74 2000 76 2500 57 2730 32 960 41
NLR/BLR: 900 9980 km/s
S/N: blr 11 c3 26 c4 54 he2_1640 25 lya 56 n5 -9.2 p0 -8.7 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2730.
c960.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2730.
c960.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
783 RM_065 z = 2.7880
z(Shen) = 2.7846 = -269 km/s
z(He2) = 2.7795 = -673 km/s
S/N: 1150 95 1350 102 1620 101 1700 98 2000 96 2500 66 2730 39 960 44
NLR/BLR: 900 6760 km/s
S/N: blr -4.0 c3 8.3 c4 27 he2_1640 21 lya 43 p0 -8.8 si4 9.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2730.
c960.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2730.
c960.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
784 RM_828 z = 2.7880
z(Shen) = 2.7821 = -465 km/s
z(He2) = 2.7787 = -736 km/s
S/N: 1150 127 1350 127 1620 107 1700 101 2000 103 2500 73 2730 39 960 57
NLR/BLR: 900 4310 km/s
S/N: blr 7.5 c3 15 c4 33 he2_1640 17 lya 32 p0 23 si4 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2730.
c960.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2730.
c960.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
785 RM_069 z = 2.7920
z(Shen) = 2.7934 = 109 km/s
z(He2) = 2.7858 = -490 km/s
S/N: 1150 142 1350 150 1610 159 1700 157 2000 164 2500 110 2720 67 950 66
NLR/BLR: 900 4480 km/s
S/N: blr 13 c3 19 c4 41 he2_1640 20 lya 41 n5 28 p0 15 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1610.
c1700.
c2000.
c2500.
c2720.
c950.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1610.
c1700.
c2000.
c2500.
c2720.
c950.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
786 RM_310 z = 2.8000
z(Shen) = 2.7697 = -2387 km/s
z(He2) = 2.7697 = -2390 km/s
S/N: 1150 99 1350 101 1620 111 1700 110 2000 114 2500 92 2740 44 960 40
NLR/BLR: 900 15000 km/s
S/N: blr 12 c3 16 he2_1640 33 lya 44 n5 30 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2740.
c960.
blr.
c3.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1620.
c1700.
c2000.
c2500.
c2740.
c960.
blr.
c3.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
787 RM_273 z = 2.8020
z(Shen) = 2.7970 = -397 km/s
z(He2) = 2.7897 = -970 km/s
S/N: 1150 85 1350 85 1610 75 1700 67 2000 58 2500 52 2720 33 950 34
NLR/BLR: 900 11170 km/s
S/N: blr -2.1 c3 13 he2_1640 19 lya 13 n5 22 p0 -9.4 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1610.
c1700.
c2000.
c2500.
c2720.
c950.
blr.
c3.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1610.
c1700.
c2000.
c2500.
c2720.
c950.
blr.
c3.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
788 RM_503 z = 2.8270
z(Shen) = 2.8239 = -240 km/s
z(He2) = 2.8242 = -219 km/s
S/N: 1150 109 1350 115 1600 110 1700 101 2000 81 2500 61 2700 41 950 49
NLR/BLR: 900 3930 km/s
S/N: blr -8.0 c3 12 lya 21 n5 16 p0 4.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1600.
c1700.
c2000.
c2500.
c2700.
c950.
blr.
c3.
chi-bias.
lya.
n5.
p0.
Spectra:
avg.
blr.
c3.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1600.
c1700.
c2000.
c2500.
c2700.
c950.
blr.
c3.
lya.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
789 RM_604 z = 2.8320
z(Shen) = 2.8315 = -35 km/s
z(He2) = 2.8308 = -94 km/s
S/N: 1150 75 1350 82 1590 78 1700 74 2000 71 2500 59 2690 48 940 27
NLR/BLR: 900 4980 km/s
S/N: blr -8.9 c3 16 c4 23 he2_1640 14 lya 51 p0 4.4 si4 8.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1590.
c1700.
c2000.
c2500.
c2690.
c940.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1590.
c1700.
c2000.
c2500.
c2690.
c940.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
790 RM_048 z = 2.8580
z(Shen) = 2.8653 = 563 km/s
z(He2) = 2.8625 = 350 km/s
S/N: 1150 97 1350 106 1580 109 1700 108 2000 104 2500 66 2670 41 940 35
NLR/BLR: 900 14840 km/s
S/N: blr 16 c3 19 c4 26 lya 28 n5 34 p0 -9.4 si4 17
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1580.
c1700.
c2000.
c2500.
c2670.
c940.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1580.
c1700.
c2000.
c2500.
c2670.
c940.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
791 RM_710 z = 2.8600
z(Shen) = 2.8683 = 642 km/s
z(He2) = 2.8640 = 311 km/s
S/N: 1150 167 1350 184 1580 189 1700 187 2000 194 2500 134 2670 87 940 103
NLR/BLR: 900 10820 km/s
S/N: blr 59 c3 42 c4 47 he2_1640 35 lya 34 n5 52 p0 20 si4 25
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1580.
c1700.
c2000.
c2500.
c2670.
c940.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1580.
c1700.
c2000.
c2500.
c2670.
c940.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
792 RM_169 z = 2.8810
z(Shen) = 2.8820 = 77 km/s
z(He2) = 2.8742 = -525 km/s
S/N: 1150 70 1350 71 1570 95 1700 99 2000 79 2500 70 2660 61 930 68
NLR/BLR: 900 4090 km/s
S/N: blr -9.0 c3 15 c4 23 lya 14 n5 11 p0 12 si4 -3.7
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2660.
c930.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2660.
c930.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
793 RM_343 z = 2.8840
z(Shen) = 2.8947 = 829 km/s
z(He2) = 2.8841 = 8 km/s
S/N: 1150 136 1350 133 1570 132 1700 132 2000 134 2500 95 2650 65 930 88
NLR/BLR: 900 5270 km/s
S/N: blr 17 c3 40 c4 50 he2_1640 25 lya 87 p0 -9.4 si4 9.8
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2650.
c930.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2650.
c930.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
794 RM_104 z = 2.8870
z(Shen) = 2.8672 = -1529 km/s
z(He2) = 2.8648 = -1712 km/s
S/N: 1150 96 1350 100 1580 97 1700 94 2000 90 2500 66 2670 43 940 41
NLR/BLR: 900 4590 km/s
S/N: blr -8.9 c3 13 c4 14 he2_1640 11 lya 18 p0 -8.7 si4 5.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1580.
c1700.
c2000.
c2500.
c2670.
c940.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1580.
c1700.
c2000.
c2500.
c2670.
c940.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
795 RM_367 z = 2.8960
z(Shen) = 2.8974 = 108 km/s
z(He2) = 2.8980 = 154 km/s
S/N: 1150 126 1350 129 1570 136 1700 138 2000 133 2500 67 2650 47 930 66
NLR/BLR: 900 10590 km/s
S/N: blr 11 c4 27 lya 28 n5 23 p0 -9.4 si4 13
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2650.
c930.
blr.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2650.
c930.
blr.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
796 RM_167 z = 2.8980
z(Shen) = 2.8996 = 122 km/s
z(He2) = 2.8945 = -269 km/s
S/N: 1150 77 1350 91 1570 94 1700 94 2000 97 2500 67 2640 49 930 39
NLR/BLR: 900 8880 km/s
S/N: blr 9.0 c3 20 c4 30 he2_1640 16 lya 20 n5 33 p0 -8.2 si4 21
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2640.
c930.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2640.
c930.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
797 RM_287 z = 2.9130
z(Shen) = 2.9110 = -152 km/s
z(He2) = 2.9050 = -613 km/s
S/N: 1150 58 1350 61 1560 71 1700 73 2000 80 2500 51 2640 39 920 41
NLR/BLR: 900 4790 km/s
S/N: blr -7.8 c3 13 c4 27 he2_1640 14 lya 28 p0 17 si4 7.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1560.
c1700.
c2000.
c2500.
c2640.
c920.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1560.
c1700.
c2000.
c2500.
c2640.
c920.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
798 RM_352 z = 2.9150
z(Shen) = 2.9100 = -381 km/s
z(He2) = 2.9055 = -727 km/s
S/N: 1150 101 1350 101 1570 99 1700 98 2000 100 2500 61 2640 46 930 56
NLR/BLR: 900 5510 km/s
S/N: blr -7.3 c4 22 he2_1640 12 lya 40 p0 -2.9 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2640.
c930.
blr.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1570.
c1700.
c2000.
c2500.
c2640.
c930.
blr.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
799 RM_226 z = 2.9220
z(Shen) = 2.9147 = -555 km/s
S/N: 1150 91 1350 103 1560 103 1700 101 2000 100 2500 64 2630 46 920 34
NLR/BLR: 900 5700 km/s
S/N: blr -3.1 c3 12 c4 28 lya 12 n5 30 p0 -9.4 si4 33
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1560.
c1700.
c2000.
c2500.
c2630.
c920.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1560.
c1700.
c2000.
c2500.
c2630.
c920.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
800 RM_594 z = 2.9220
z(Shen) = 2.9338 = 902 km/s
S/N: 1150 99 1350 108 1550 112 1700 110 2000 98 2500 53 2620 44 920 44
NLR/BLR: 900 7100 km/s
S/N: blr 22 c3 17 c4 28 he2_1640 -4.8 lya 52 n5 34 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1550.
c1700.
c2000.
c2500.
c2620.
c920.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1550.
c1700.
c2000.
c2500.
c2620.
c920.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
801 RM_205 z = 2.9470
z(Shen) = 2.9403 = -509 km/s
z(He2) = 2.9365 = -798 km/s
S/N: 1150 183 1350 189 1550 184 1700 180 2000 173 2500 85 2620 57 920 86
NLR/BLR: 900 8570 km/s
S/N: blr 66 c3 31 c4 58 he2_1640 25 lya 40 n5 62 p0 15 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1550.
c1700.
c2000.
c2500.
c2620.
c920.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1550.
c1700.
c2000.
c2500.
c2620.
c920.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
802 RM_623 z = 2.9570
z(Shen) = 2.9594 = 179 km/s
z(He2) = 2.9575 = 38 km/s
S/N: 1150 138 1350 155 1540 155 1700 155 2000 154 2500 78 2600 56 910 41
NLR/BLR: 900 6880 km/s
S/N: blr 33 c3 29 c4 46 he2_1640 22 lya 85 p0 -9.4 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1540.
c1700.
c2000.
c2500.
c2600.
c910.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1540.
c1700.
c2000.
c2500.
c2600.
c910.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
803 RM_765 z = 2.9770
z(Shen) = 2.9819 = 367 km/s
z(He2) = 2.9693 = -580 km/s
S/N: 1150 109 1350 115 1540 114 1700 114 2000 110 2500 70 2590 60 910 45
NLR/BLR: 900 5620 km/s
S/N: blr 30 c3 5495 c4 46 he2_1640 18 lya 75 p0 -8.9 si4 22
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1540.
c1700.
c2000.
c2500.
c2590.
c910.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1540.
c1700.
c2000.
c2500.
c2590.
c910.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
804 RM_625 z = 2.9930
z(Shen) = 2.9943 = 94 km/s
z(He2) = 3.0247 = 2380 km/s
S/N: 1150 65 1350 69 1530 72 1700 71 2000 65 2500 62 2580 58 910 35
NLR/BLR: 900 10460 km/s
S/N: blr -7.4 c3 13 c4 20 he2_1640 7.3 lya 11 n5 14 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1530.
c1700.
c2000.
c2500.
c2580.
c910.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1530.
c1700.
c2000.
c2500.
c2580.
c910.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
805 RM_739 z = 3.0020
z(Shen) = 2.9876 = -1076 km/s
z(He2) = 2.9839 = -1356 km/s
S/N: 1150 69 1350 84 1540 81 1700 75 2000 65 2500 67 2590 61 910 40
NLR/BLR: 900 8700 km/s
S/N: blr -8.1 c3 14 c4 33 he2_1640 8.6 lya 32 p0 -9.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1540.
c1700.
c2000.
c2500.
c2590.
c910.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1540.
c1700.
c2000.
c2500.
c2590.
c910.
blr.
c3.
c4.
he2_1640.
lya.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
806 RM_796 z = 3.0200
z(Shen) = 3.0079 = -904 km/s
z(He2) = 3.0044 = -1163 km/s
S/N: 1150 98 1350 108 1520 107 1700 112 2000 115 2500 68 2570 59 900 39
NLR/BLR: 900 5240 km/s
S/N: blr 8.2 c3 24 c4 63 he2_1640 28 lya 75 p0 21 si4 21
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1520.
c1700.
c2000.
c2500.
c2570.
c900.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1520.
c1700.
c2000.
c2500.
c2570.
c900.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
807 RM_045 z = 3.0560
z(Shen) = 3.0597 = 273 km/s
z(He2) = 3.0538 = -163 km/s
S/N: 1150 88 1350 100 1500 104 1700 111 2000 102 2500 57 2540 53 890 44
NLR/BLR: 900 6160 km/s
S/N: blr 13 c3 16 c4 27 lya 50 p0 -6.7 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1500.
c1700.
c2000.
c2500.
c2540.
c890.
blr.
c3.
c4.
chi-bias.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1500.
c1700.
c2000.
c2500.
c2540.
c890.
blr.
c3.
c4.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
808 RM_132 z = 3.0630
z(Shen) = 3.0579 = -379 km/s
z(He2) = 3.0470 = -1181 km/s
S/N: 1150 56 1350 66 1500 70 1700 73 2000 64 2500 38 2540 36 890 37
NLR/BLR: 900 5530 km/s
S/N: blr -9.1 c3 15 c4 16 lya 13 n5 20 p0 -7.5 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1500.
c1700.
c2000.
c2500.
c2540.
c890.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1500.
c1700.
c2000.
c2500.
c2540.
c890.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
809 RM_368 z = 3.0640
z(Shen) = 3.0657 = 128 km/s
z(He2) = 3.0565 = -553 km/s
S/N: 1150 117 1350 117 1500 108 1700 105 2000 97 2500 41 2540 39 890 56
NLR/BLR: 900 7210 km/s
S/N: blr 16 c3 14 c4 22 he2_1640 13 lya 27 n5 48 p0 -4.1 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1500.
c1700.
c2000.
c2500.
c2540.
c890.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1500.
c1700.
c2000.
c2500.
c2540.
c890.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
810 RM_687 z = 3.0670
z(Shen) = 3.0722 = 387 km/s
z(He2) = 3.0689 = 140 km/s
S/N: 1150 101 1350 98 1500 88 1700 84 2000 82 2500 67 2530 64 890 49
NLR/BLR: 900 8180 km/s
S/N: blr 7.8 c3 21 c4 36 he2_1640 29 lya 37 n5 30 p0 -9.4 si4 36
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1500.
c1700.
c2000.
c2500.
c2530.
c890.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1500.
c1700.
c2000.
c2500.
c2530.
c890.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
811 RM_039 z = 3.0750
z(Shen) = 3.0408 = -2517 km/s
S/N: 1150 88 1350 116 1510 115 1700 120 2000 130 2500 57 2550 48 900 58
NLR/BLR: 900 6090 km/s
S/N: blr 5.6 c3 22 c4 32 he2_1640 35 lya 70 n5 44 p0 -8.4 si4 64
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1510.
c1700.
c2000.
c2500.
c2550.
c900.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1510.
c1700.
c2000.
c2500.
c2550.
c900.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
812 RM_602 z = 3.1090
z(Shen) = 3.1152 = 451 km/s
z(He2) = 3.1099 = 66 km/s
S/N: 1150 77 1350 88 1490 81 1700 69 2000 58 2500 52 2510 51 880 46
NLR/BLR: 900 11130 km/s
S/N: blr 5.3 c3 41 c4 33 he2_1640 2168 lya 13 n5 28 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1490.
c1700.
c2000.
c2500.
c2510.
c880.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1490.
c1700.
c2000.
c2500.
c2510.
c880.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
813 RM_180 z = 3.1110
z(Shen) = 3.1010 = -729 km/s
z(He2) = 3.0944 = -1211 km/s
S/N: 1150 151 1350 168 1490 161 1700 165 2000 168 2500 65 2510 63 880 63
NLR/BLR: 900 10610 km/s
S/N: blr 32 c3 32 c4 54 he2_1640 29 lya 74 n5 29 p0 17 si4 28
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1490.
c1700.
c2000.
c2500.
c2510.
c880.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1490.
c1700.
c2000.
c2500.
c2510.
c880.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
814 RM_468 z = 3.1160
z(Shen) = 3.1271 = 808 km/s
z(He2) = 3.1204 = 320 km/s
S/N: 1150 122 1350 128 1480 121 1700 121 2000 121 2500 54 880 43
NLR/BLR: 900 11770 km/s
S/N: blr 59 c3 19 c4 31 he2_1640 23 lya 52 n5 43 p0 -9.4 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1480.
c1700.
c2000.
c2500.
c880.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1480.
c1700.
c2000.
c2500.
c880.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
815 RM_087 z = 3.1570
z(Shen) = 3.1567 = -19 km/s
z(He2) = 3.1516 = -389 km/s
S/N: 1150 108 1350 112 1470 109 1700 102 2000 79 2480 55 870 69
NLR/BLR: 900 6280 km/s
S/N: blr 27 c3 14 c4 33 he2_1640 3.1 lya 52 n5 36 p0 -8.5 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1470.
c1700.
c2000.
c2480.
c870.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1470.
c1700.
c2000.
c2480.
c870.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
816 RM_262 z = 3.1640
z(Shen) = 3.1698 = 415 km/s
z(He2) = 3.1628 = -86 km/s
S/N: 1150 127 1350 136 1470 128 1700 124 2000 115 2470 58 870 54
NLR/BLR: 900 7720 km/s
S/N: blr -5.0 c3 18 c4 32 he2_1640 16 lya 59 p0 -4.5 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1470.
c1700.
c2000.
c2470.
c870.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1470.
c1700.
c2000.
c2470.
c870.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
817 RM_139 z = 3.1940
z(Shen) = 3.1922 = -128 km/s
z(He2) = 3.1886 = -386 km/s
S/N: 1150 94 1350 106 1450 104 1700 110 2000 98 2460 43 860 45
NLR/BLR: 900 4400 km/s
S/N: blr -7.5 c3 8.9 c4 19 he2_1640 11 lya 19 n5 13 p0 6.9 si4 10
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1450.
c1700.
c2000.
c2460.
c860.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1450.
c1700.
c2000.
c2460.
c860.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
818 RM_718 z = 3.2030
z(Shen) = 3.1891 = -989 km/s
z(He2) = 3.1951 = -563 km/s
S/N: 1150 176 1350 189 1450 188 1700 195 2000 171 2460 54 860 43
NLR/BLR: 900 15000 km/s
S/N: blr 40 c3 36 c4 66 lya 28 n5 27 p0 5.2 si4 33
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1450.
c1700.
c2000.
c2460.
c860.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1450.
c1700.
c2000.
c2460.
c860.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
819 RM_068 z = 3.2040
z(Shen) = 3.1964 = -545 km/s
z(He2) = 3.1884 = -1112 km/s
S/N: 1150 124 1350 136 1450 128 1700 109 2000 69 2460 43 860 50
NLR/BLR: 900 5400 km/s
S/N: blr -6.6 c3 14 c4 21 lya 28 p0 7.4 si4 4.5
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1450.
c1700.
c2000.
c2460.
c860.
blr.
c3.
c4.
chi-bias.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1450.
c1700.
c2000.
c2460.
c860.
blr.
c3.
c4.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
820 RM_508 z = 3.2070
z(Shen) = 3.2280 = 1498 km/s
z(He2) = 3.2251 = 1290 km/s
S/N: 1150 173 1350 170 1450 167 1700 169 2000 158 2440 72 860 96
NLR/BLR: 900 2700 km/s
S/N: blr 35 c4 -2.3 he2_1640 10 lya 5.9 p0 -5.4 si4 31
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1450.
c1700.
c2000.
c2440.
c860.
blr.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1450.
c1700.
c2000.
c2440.
c860.
blr.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
821 RM_263 z = 3.2080
z(Shen) = 3.1923 = -1115 km/s
z(He2) = 3.1979 = -720 km/s
S/N: 1150 96 1350 116 1450 118 1700 119 2000 94 2460 37 860 38
NLR/BLR: 900 4570 km/s
S/N: blr -7.5 c3 14 c4 20 lya 40 n5 33 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1450.
c1700.
c2000.
c2460.
c860.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1450.
c1700.
c2000.
c2460.
c860.
blr.
c3.
c4.
lya.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
822 RM_195 z = 3.2170
z(Shen) = 3.2126 = -314 km/s
z(He2) = 3.2060 = -782 km/s
S/N: 1150 92 1350 106 1450 104 1700 107 2000 93 2450 49 860 51
NLR/BLR: 900 4950 km/s
S/N: blr -8.8 c3 16 c4 24 he2_1640 13 lya 34 p0 3.8 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1450.
c1700.
c2000.
c2450.
c860.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1450.
c1700.
c2000.
c2450.
c860.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
823 RM_010 z = 3.2300
z(Shen) = 3.2381 = 574 km/s
z(He2) = 3.2293 = -50 km/s
S/N: 1150 132 1350 119 1440 109 1700 116 2000 124 2430 69 850 60
NLR/BLR: 900 13630 km/s
S/N: blr 25 c3 21 c4 23 he2_1640 17 lya 35 n5 24 p0 7.4 si4 27
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1440.
c1700.
c2000.
c2430.
c850.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1440.
c1700.
c2000.
c2430.
c850.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
824 RM_172 z = 3.2300
z(Shen) = 3.2065 = -1665 km/s
z(He2) = 3.2361 = 432 km/s
S/N: 1150 146 1350 154 1450 152 1700 150 2000 142 2450 79 860 97
NLR/BLR: 900 10720 km/s
S/N: blr 104 c3 35 c4 48 he2_1640 23 lya 72 n5 54 p0 -9.4 si4 34
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1450.
c1700.
c2000.
c2450.
c860.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1450.
c1700.
c2000.
c2450.
c860.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
825 RM_605 z = 3.2490
z(Shen) = 3.2179 = -2191 km/s
z(He2) = 3.2086 = -2850 km/s
S/N: 1150 84 1350 94 1450 91 1700 89 2000 74 2440 51 860 44
NLR/BLR: 900 11340 km/s
S/N: blr 1.5 c4 15 he2_1640 -9.4 lya 14 n5 15 p0 -9.3
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1450.
c1700.
c2000.
c2440.
c860.
blr.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
Spectra:
avg.
blr.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1450.
c1700.
c2000.
c2440.
c860.
blr.
c4.
he2_1640.
lya.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
826 RM_137 z = 3.2680
z(Shen) = 3.2660 = -140 km/s
z(He2) = 3.2661 = -133 km/s
S/N: 1150 87 1350 104 1430 107 1700 114 2000 92 2420 47 850 56
NLR/BLR: 900 5640 km/s
S/N: blr -7.7 c3 16 c4 33 he2_1640 13 lya 45 p0 12 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1430.
c1700.
c2000.
c2420.
c850.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1430.
c1700.
c2000.
c2420.
c850.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
827 RM_520 z = 3.2940
z(Shen) = 3.2685 = -1782 km/s
z(He2) = 3.2828 = -782 km/s
S/N: 1150 141 1350 148 1430 146 1700 139 2000 120 2420 66 850 65
NLR/BLR: 900 11510 km/s
S/N: blr 27 c3 35 c4 35 lya 54 n5 -6.2 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1430.
c1700.
c2000.
c2420.
c850.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1430.
c1700.
c2000.
c2420.
c850.
blr.
c3.
c4.
lya.
n5.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
828 RM_131 z = 3.3010
z(Shen) = 3.2857 = -1069 km/s
z(He2) = 3.2868 = -990 km/s
S/N: 1150 78 1350 88 1420 88 1700 88 2000 68 2410 37 840 51
NLR/BLR: 900 6280 km/s
S/N: blr -7.4 c3 11 c4 19 he2_1640 11 lya 18 n5 21 p0 -9.4 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1420.
c1700.
c2000.
c2410.
c840.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1420.
c1700.
c2000.
c2410.
c840.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
829 RM_420 z = 3.3500
z(Shen) = 3.3454 = -316 km/s
z(He2) = 3.3379 = -834 km/s
S/N: 1150 85 1350 85 1400 82 1700 74 2000 52 2370 35 830 34
NLR/BLR: 900 5550 km/s
S/N: blr 7.7 c3 12 c4 18 he2_1640 13 lya 27 p0 -6.4 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1400.
c1700.
c2000.
c2370.
c830.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1400.
c1700.
c2000.
c2370.
c830.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
830 RM_282 z = 3.3630
z(Shen) = 3.3530 = -689 km/s
z(He2) = 3.3519 = -763 km/s
S/N: 1150 75 1350 73 1400 70 1700 60 2000 50 2370 47 830 48
NLR/BLR: 900 6880 km/s
S/N: blr 2.2 c3 16 c4 31 he2_1640 12 lya 31 p0 -9.4 si4 23
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1400.
c1700.
c2000.
c2370.
c830.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1400.
c1700.
c2000.
c2370.
c830.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
831 RM_413 z = 3.3720
z(Shen) = 3.3397 = -2213 km/s
z(He2) = 3.3369 = -2407 km/s
S/N: 1150 88 1350 91 1410 88 1700 92 2000 62 2380 30 830 34
NLR/BLR: 900 12530 km/s
S/N: blr 14 c3 28 c4 38 lya 43 n5 10 p0 -8.8 si4 16
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1410.
c1700.
c2000.
c2380.
c830.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1410.
c1700.
c2000.
c2380.
c830.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
832 RM_405 z = 3.3860
z(Shen) = 3.3865 = 36 km/s
z(He2) = 3.3842 = -123 km/s
S/N: 1150 126 1350 144 1400 143 1700 140 2000 118 2350 61 830 52
NLR/BLR: 900 5960 km/s
S/N: blr 22 c3 20 c4 46 he2_1640 15 lya 59 n5 39 p0 7.5 si4 3.4
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1400.
c1700.
c2000.
c2350.
c830.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1400.
c1700.
c2000.
c2350.
c830.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
833 RM_667 z = 3.3990
z(Shen) = 3.3932 = -397 km/s
z(He2) = 3.3960 = -204 km/s
S/N: 1150 94 1350 113 1390 113 1700 116 2000 95 2350 31 820 32
NLR/BLR: 900 4500 km/s
S/N: blr 8.8 c3 -9.3 c4 19 he2_1640 9.3 lya 37 p0 -9.2
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1390.
c1700.
c2000.
c2350.
c820.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1390.
c1700.
c2000.
c2350.
c820.
blr.
c3.
c4.
he2_1640.
lya.
p0.
bias_t.
bias_w.
chi_t.
chi_w.
834 RM_073 z = 3.4280
z(Shen) = 3.4209 = -483 km/s
z(He2) = 3.4140 = -948 km/s
S/N: 1150 83 1350 85 1380 85 1700 98 2000 79 2330 33 820 43
NLR/BLR: 900 4890 km/s
S/N: blr -4.3 c3 15 c4 25 he2_1640 8.8 lya 34 n5 26 p0 5.3 si4 22
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1380.
c1700.
c2000.
c2330.
c820.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1380.
c1700.
c2000.
c2330.
c820.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
835 RM_208 z = 3.4410
z(Shen) = 3.4398 = -82 km/s
z(He2) = 3.4350 = -405 km/s
S/N: 1150 105 1350 112 1380 111 1700 99 2000 84 2320 53 820 58
NLR/BLR: 900 4270 km/s
S/N: blr 4.1 c3 17 c4 32 he2_1640 11 lya 35 p0 15 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1380.
c1700.
c2000.
c2320.
c820.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1380.
c1700.
c2000.
c2320.
c820.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
836 RM_587 z = 3.4560
z(Shen) = 3.4678 = 795 km/s
z(He2) = 3.4607 = 316 km/s
S/N: 1150 80 1350 80 1370 80 1700 91 2000 69 2310 27 810 43
NLR/BLR: 900 12060 km/s
S/N: blr -7.4 c3 12 c4 22 lya 21 n5 18 p0 -9.3 si4 19
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1370.
c1700.
c2000.
c2310.
c810.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1370.
c1700.
c2000.
c2310.
c810.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
837 RM_198 z = 3.5240
z(Shen) = 3.5224 = -103 km/s
z(He2) = 3.5215 = -166 km/s
S/N: 1150 87 1350 96 1700 97 2000 87 2280 59 800 58
NLR/BLR: 900 12330 km/s
S/N: blr 2.9 c3 18 c4 18 he2_1640 9.5 lya 20 n5 31 p0 -8.6 si4 18
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c2000.
c2280.
c800.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c2000.
c2280.
c800.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
838 RM_821 z = 3.5240
z(Shen) = 3.5108 = -875 km/s
z(He2) = 3.5200 = -265 km/s
S/N: 1150 123 1350 128 1700 119 2000 104 2280 46 800 37
NLR/BLR: 900 9800 km/s
S/N: blr 46 c3 46 c4 50 he2_1640 17 lya 22 n5 54 p0 -8.5 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c2000.
c2280.
c800.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c2000.
c2280.
c800.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
839 RM_345 z = 3.5510
z(Shen) = 3.5502 = -55 km/s
z(He2) = 3.5443 = -441 km/s
S/N: 1150 116 1340 127 1350 127 1700 114 2000 83 2260 42 800 44
NLR/BLR: 900 4770 km/s
S/N: blr 18 c3 13 c4 37 he2_1640 -9.4 lya 37 p0 16 si4 7.6
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1340.
c1350.
c1700.
c2000.
c2260.
c800.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1340.
c1350.
c1700.
c2000.
c2260.
c800.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
840 RM_349 z = 3.6080
z(Shen) = 3.6137 = 370 km/s
z(He2) = 3.6048 = -208 km/s
S/N: 1150 123 1330 128 1350 127 1700 117 2000 100 2230 59 790 43
NLR/BLR: 900 5720 km/s
S/N: blr 28 c3 17 c4 38 he2_1640 18 lya 81 p0 -9.4 si4 11
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1330.
c1350.
c1700.
c2000.
c2230.
c790.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1330.
c1350.
c1700.
c2000.
c2230.
c790.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
841 RM_803 z = 3.6240
z(Shen) = 3.6233 = -43 km/s
z(He2) = 3.6164 = -493 km/s
S/N: 1150 84 1320 87 1350 86 1700 84 2000 65 2230 36 780 34
NLR/BLR: 900 3970 km/s
S/N: blr 14 c3 13 c4 44 he2_1640 6.7 lya 56 n5 27 p0 -8.3 si4 14
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1320.
c1350.
c1700.
c2000.
c2230.
c780.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1320.
c1350.
c1700.
c2000.
c2230.
c780.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
842 RM_325 z = 3.7090
z(Shen) = 3.7101 = 68 km/s
z(He2) = 3.6984 = -675 km/s
S/N: 1150 128 1300 136 1350 136 1700 133 2000 112 2190 60 770 45
NLR/BLR: 900 9330 km/s
S/N: blr 56 c3 16 c4 29 he2_1640 18 n5 47 p0 -8.5 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1300.
c1350.
c1700.
c2000.
c2190.
c770.
blr.
c3.
c4.
chi-bias.
he2_1640.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1300.
c1350.
c1700.
c2000.
c2190.
c770.
blr.
c3.
c4.
he2_1640.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
843 RM_785 z = 3.7160
z(Shen) = 3.5936 = -7783 km/s
z(He2) = 3.7260 = 636 km/s
S/N: 1150 102 1330 108 1350 108 1700 101 2000 93 2240 55 790 45
NLR/BLR: 900 2700 km/s
S/N: blr 7.3 c3 11 he2_1640 10 lya 7.1 p0 -9.4 si4 12
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1330.
c1350.
c1700.
c2000.
c2240.
c790.
blr.
c3.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1330.
c1350.
c1700.
c2000.
c2240.
c790.
blr.
c3.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
844 RM_233 z = 3.7630
z(Shen) = 3.7682 = 327 km/s
z(He2) = 3.7787 = 988 km/s
S/N: 1150 158 1280 166 1350 170 1700 171 2000 113 2160 58 760 51
NLR/BLR: 900 2700 km/s
S/N: blr 36 c3 18 he2_1640 10 lya -2.3 p0 7.0 si4 20
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1280.
c1350.
c1700.
c2000.
c2160.
c760.
blr.
c3.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1280.
c1350.
c1700.
c2000.
c2160.
c760.
blr.
c3.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
845 RM_430 z = 3.9060
z(Shen) = 3.9186 = 768 km/s
z(He2) = 3.9235 = 1069 km/s
S/N: 1150 160 1240 162 1350 164 1700 155 2000 108 2090 82 740 42
NLR/BLR: 900 5000 km/s
S/N: blr 59 c3 19 c4 50 he2_1640 12 lya 89 p0 -9.4 si4 26
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1240.
c1350.
c1700.
c2000.
c2090.
c740.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1240.
c1350.
c1700.
c2000.
c2090.
c740.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
846 RM_584 z = 4.0650
z(Shen) = 4.0575 = -441 km/s
z(He2) = 4.0587 = -373 km/s
S/N: 1150 148 1210 153 1350 161 1700 150 2000 50 2040 41 720 42
NLR/BLR: 900 11440 km/s
S/N: blr 100 c3 31 c4 49 he2_1640 22 lya 59 n5 86 p0 -6.5 si4 40
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1210.
c1350.
c1700.
c2000.
c2040.
c720.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1210.
c1350.
c1700.
c2000.
c2040.
c720.
blr.
c3.
c4.
he2_1640.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
847 RM_383 z = 4.2870
z(Shen) = 4.2876 = 35 km/s
z(He2) = 4.2729 = -800 km/s
S/N: 1150 75 1160 75 1350 86 1700 67 1950 32 690 41
NLR/BLR: 900 3990 km/s
S/N: blr -6.3 c3 18 c4 33 he2_1640 12 lya 25 p0 7.1 si4 8.9
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1160.
c1350.
c1700.
c1950.
c690.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
he2_1640.
lya.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1160.
c1350.
c1700.
c1950.
c690.
blr.
c3.
c4.
he2_1640.
lya.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
848 RM_512 z = 4.3270
z(Shen) = 4.3284 = 78 km/s
z(He2) = 4.2853 = -2347 km/s
S/N: 1150 111 1350 132 1700 127 1930 45 680 55
NLR/BLR: 900 10760 km/s
S/N: blr 33 c3 23 c4 48 lya 41 n5 38 p0 -9.4 si4 25
Model: ACBFJ
fit:
AJ.
ACJ.
ACFJ.
ACBFJ.
bic:
AJ.
ACJ.
ACFJ.
ACBFJ.
chi_wt:
AJ.
ACJ.
ACFJ.
ACBFJ.
Plots:
a(w).
c(t).
blr(w).
blr(t).
p(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
nlr(v).
avgblr(v).
rmsblr(v).
avgrmsblr(v).
fe2.
Lightcurves:
c1150.
c1350.
c1700.
c1930.
c680.
blr.
c3.
c4.
chi-bias.
lya.
n5.
p0.
si4.
Spectra:
avg.
blr.
c3.
c4.
chi-bias.
lya.
n5.
nlr.
rmsblr.
rms.
si4.
Lines:
nlr.
avgblr.
rmsblr.
Stats:
c1150.
c1350.
c1700.
c1930.
c680.
blr.
c3.
c4.
lya.
n5.
p0.
si4.
bias_t.
bias_w.
chi_t.
chi_w.
849 RM_850 STD Star
S/N: 10340 121 3590 231 3600 233 5100 657 6090 775 7000 827
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
850 RM_851 STD Star
S/N: 10340 133 3590 174 3600 176 5100 365 6090 555 7000 738
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
851 RM_852 STD Star
S/N: 10340 89 3590 207 3600 211 5100 817 6090 791 7000 707
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
852 RM_853 STD Star
S/N: 10340 109 3590 244 3600 247 5100 568 6090 645 7000 708
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
853 RM_854 STD Star
S/N: 10340 163 3590 190 3600 193 5100 596 6090 778 7000 896
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
854 RM_855 STD Star
S/N: 10340 129 3590 341 3600 344 5100 702 6090 912 7000 1046
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
855 RM_856 STD Star
S/N: 10340 148 3590 224 3600 227 5100 621 6090 766 7000 859
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
856 RM_857 STD Star
S/N: 10340 80 3590 188 3600 190 5100 467 6090 454 7000 465
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
857 RM_858 STD Star
S/N: 10340 181 3590 227 3600 231 5100 734 6090 972 7000 1171
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
858 RM_859 STD Star
S/N: 10340 168 3590 194 3600 197 5100 692 6090 812 7000 968
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
859 RM_860 STD Star
S/N: 10340 114 3590 252 3600 256 5100 973 6090 947 7000 860
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
860 RM_861 STD Star
S/N: 10340 96 3590 308 3600 312 5100 720 6090 663 7000 634
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
861 RM_862 STD Star
S/N: 10340 207 3590 402 3600 406 5100 1004 6090 1265 7000 1412
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
862 RM_863 STD Star
S/N: 10340 146 3590 144 3600 146 5100 717 6090 1020 7000 1167
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
863 RM_864 STD Star
S/N: 10340 221 3590 489 3600 497 5100 1477 6090 1480 7000 1451
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
864 RM_865 STD Star
S/N: 10340 100 3590 315 3600 319 5100 689 6090 493 7000 496
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
865 RM_866 STD Star
S/N: 10340 132 3590 286 3600 291 5100 1488 6090 1495 7000 1446
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
866 RM_867 STD Star
S/N: 10340 93 3590 151 3600 153 5100 570 6090 644 7000 674
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
867 RM_868 STD Star
S/N: 10340 115 3590 421 3600 427 5100 836 6090 775 7000 793
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
868 RM_869 STD Star
S/N: 10340 175 3590 408 3600 413 5100 824 6090 797 7000 868
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
869 RM_870 STD Star
S/N: 10340 176 3590 202 3600 205 5100 848 6090 1063 7000 1208
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
870 RM_871 STD Star
S/N: 10340 149 3590 307 3600 312 5100 1141 6090 1187 7000 1169
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
871 RM_872 STD Star
S/N: 10340 95 3590 199 3600 202 5100 775 6090 755 7000 710
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
872 RM_873 STD Star
S/N: 10340 381 3590 439 3600 443 5100 1340 6090 1818 7000 2116
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
873 RM_874 STD Star
S/N: 10340 194 3590 257 3600 261 5100 861 6090 1207 7000 1363
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
874 RM_875 STD Star
S/N: 10340 446 3590 327 3600 333 5100 2553 6090 3506 7000 3862
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
875 RM_876 STD Star
S/N: 10340 118 3590 152 3600 154 5100 590 6090 642 7000 707
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
876 RM_877 STD Star
S/N: 10340 205 3590 412 3600 419 5100 1347 6090 1460 7000 1452
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
877 RM_878 STD Star
S/N: 10340 193 3590 381 3600 387 5100 1133 6090 1147 7000 1167
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
878 RM_879 STD Star
S/N: 10340 189 3590 333 3600 336 5100 728 6090 1071 7000 1277
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
879 RM_880 STD Star
S/N: 10340 154 3590 189 3600 192 5100 453 6090 576 7000 741
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
880 RM_881 STD Star
S/N: 10340 124 3590 185 3600 187 5100 509 6090 638 7000 747
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
881 RM_882 STD Star
S/N: 10340 179 3590 250 3600 253 5100 624 6090 899 7000 1027
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
882 RM_883 STD Star
S/N: 10340 356 3590 405 3600 409 5100 951 6090 1504 7000 1827
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
883 RM_884 STD Star
S/N: 10340 236 3590 306 3600 312 5100 1815 6090 2205 7000 2286
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
884 RM_885 STD Star
S/N: 10340 251 3590 409 3600 416 5100 1181 6090 1295 7000 1420
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
885 RM_886 STD Star
S/N: 10340 83 3590 203 3600 207 5100 519 6090 533 7000 574
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
886 RM_887 STD Star
S/N: 10340 451 3590 469 3600 475 5100 1438 6090 2042 7000 2444
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
887 RM_888 STD Star
S/N: 10340 244 3590 237 3600 242 5100 1534 6090 2003 7000 2102
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
888 RM_889 STD Star
S/N: 10340 246 3590 476 3600 483 5100 1330 6090 1396 7000 1463
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
889 RM_890 STD Star
S/N: 10340 188 3590 442 3600 448 5100 1133 6090 1162 7000 1182
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
890 RM_891 STD Star
S/N: 10340 316 3590 499 3600 507 5100 2085 6090 2264 7000 2288
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
891 RM_892 STD Star
S/N: 10340 232 3590 209 3600 213 5100 1672 6090 2167 7000 2215
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
892 RM_893 STD Star
S/N: 10340 268 3590 219 3600 225 5100 2307 6090 2862 7000 2961
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
893 RM_894 STD Star
S/N: 10340 166 3590 424 3600 432 5100 1303 6090 1180 7000 1113
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
894 RM_895 STD Star
S/N: 10340 273 3590 222 3600 225 5100 1063 6090 1632 7000 1865
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
895 RM_896 STD Star
S/N: 10340 97 3590 174 3600 176 5100 512 6090 554 7000 578
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
896 RM_897 STD Star
S/N: 10340 100 3590 282 3600 285 5100 481 6090 531 7000 592
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
897 RM_898 STD Star
S/N: 10340 197 3590 367 3600 372 5100 919 6090 963 7000 987
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
898 RM_899 STD Star
S/N: 10340 267 3590 412 3600 420 5100 1740 6090 1914 7000 1924
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
899 RM_900 STD Star
S/N: 10340 145 3590 294 3600 300 5100 1092 6090 1141 7000 1135
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
900 RM_901 STD Star
S/N: 10340 252 3590 483 3600 492 5100 1776 6090 1809 7000 1779
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
901 RM_902 STD Star
S/N: 10340 156 3590 334 3600 340 5100 870 6090 902 7000 955
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
902 RM_903 STD Star
S/N: 10340 263 3590 474 3600 479 5100 1105 6090 1132 7000 1259
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
903 RM_904 STD Star
S/N: 10340 249 3590 364 3600 369 5100 1951 6090 2494 7000 2630
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
904 RM_905 STD Star
S/N: 10340 279 3590 400 3600 405 5100 1206 6090 1489 7000 1628
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
905 RM_906 STD Star
S/N: 10340 251 3590 336 3600 341 5100 1179 6090 1487 7000 1667
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
906 RM_907 STD Star
S/N: 10340 254 3590 203 3600 207 5100 1714 6090 2124 7000 2178
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
907 RM_908 STD Star
S/N: 10340 141 3590 150 3600 152 5100 707 6090 830 7000 891
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
908 RM_909 STD Star
S/N: 10340 125 3590 182 3600 184 5100 576 6090 701 7000 788
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
909 RM_910 STD Star
S/N: 10340 424 3590 787 3600 802 5100 3551 6090 3380 7000 3228
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
910 RM_911 STD Star
S/N: 10340 189 3590 330 3600 334 5100 770 6090 868 7000 1011
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
911 RM_912 STD Star
S/N: 10340 532 3590 499 3600 508 5100 2747 6090 3418 7000 3764
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
912 RM_913 STD Star
S/N: 10340 158 3590 262 3600 266 5100 743 6090 884 7000 966
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
913 RM_914 STD Star
S/N: 10340 104 3590 235 3600 239 5100 729 6090 661 7000 605
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
914 RM_915 STD Star
S/N: 10340 178 3590 295 3600 299 5100 989 6090 1126 7000 1197
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
915 RM_916 STD Star
S/N: 10340 277 3590 275 3600 281 5100 1675 6090 2078 7000 2268
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
916 RM_917 STD Star
S/N: 10340 190 3590 277 3600 281 5100 1188 6090 1387 7000 1488
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
917 RM_918 STD Star
S/N: 10340 303 3590 512 3600 524 5100 2436 6090 2442 7000 2315
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
918 RM_919 STD Star
S/N: 10340 159 3590 327 3600 331 5100 908 6090 981 7000 1048
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
919 RM_920 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
920 RM_921 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
921 RM_922 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
922 RM_923 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10390.
c3580.
c3600.
c5100.
c6100.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10390.
c3580.
c3600.
c5100.
c6100.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
923 RM_924 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
924 RM_925 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
925 RM_926 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
926 RM_927 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
927 RM_928 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
928 RM_929 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
929 RM_930 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
930 RM_931 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
931 RM_932 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
932 RM_933 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
933 RM_934 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
934 RM_935 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
935 RM_936 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
936 RM_937 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
937 RM_938 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
938 RM_939 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
939 RM_940 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
940 RM_941 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
941 RM_942 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
942 RM_943 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
943 RM_944 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
944 RM_945 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
945 RM_946 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
946 RM_947 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
947 RM_948 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
948 RM_949 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
949 RM_950 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
950 RM_951 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
951 RM_952 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
952 RM_953 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
953 RM_954 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
954 RM_955 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
955 RM_956 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
956 RM_957 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
957 RM_958 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
958 RM_959 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
959 RM_960 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
960 RM_961 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
961 RM_962 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
962 RM_963 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
963 RM_964 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
964 RM_965 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
965 RM_966 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
966 RM_967 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
967 RM_968 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
968 RM_969 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
969 RM_970 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
970 RM_971 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
971 RM_972 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
972 RM_973 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
973 RM_974 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
974 RM_975 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
975 RM_976 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
976 RM_977 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
977 RM_978 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
978 RM_979 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
979 RM_980 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
980 RM_981 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
981 RM_982 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
982 RM_983 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
983 RM_984 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
984 RM_985 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10350.
c3580.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10350.
c3580.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
985 RM_986 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
986 RM_987 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
987 RM_988 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
988 RM_989 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
989 RM_990 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
990 RM_991 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
991 RM_992 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
992 RM_993 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
993 RM_994 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
994 RM_995 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
995 RM_996 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
996 RM_997 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
997 RM_998 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.
998 RM_999 SKY
Model: ACJ
fit:
AJ.
ACJ.
bic:
AJ.
ACJ.
chi_wt:
AJ.
ACJ.
Plots:
a(w).
c(t).
chi(w).
chi(t).
M(w,t).
D-M.
(D-M)/sig.
Lightcurves:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
chi-bias.
Spectra:
avg.
chi-bias.
nlr.
rmsblr.
rms.
Stats:
c10340.
c3590.
c3600.
c5100.
c6090.
c7000.
bias_t.
bias_w.
chi_t.
chi_w.