Embedded Files
The complete catalog, including results from the broad band SED modeling (following Ghisellini et al. 2017 and Calderone et al. 2013) is available for download at this link. This page shows the modeled SEDs and selected information for all known blazars included in BLAZ4R.
Each figure in this page includes the data collected from public catalogs (SSDC, PANSTARRS, DES, DECALS), radio surveys explored in the original BLAZ4R paper, possible X-ray data from the literature and eROSITA data, when available. The data are compared with a set of analytic models:
1) a thermal component including a Shakura & Sunyaev (1973) disk (modified according to Calderone et al. 2013), a dusty torus and an X-ray Corona, both absorbed for Ly_alpha intervining clouds and unabsorbed.
2) two jet SEDs as developed by Ghisellini et al. (2017), that show a possible range of reasonable SED solutions.
J001115+144601
z = 4.960 R = 87
Log M/M⦿ = 9.60 Log Ld [erg/s] = 47.18
CD = 12.6 - 14.1
J012202+030951
z = 4.000 R = 2925
Log M/M⦿ = 9.30 Log Ld [erg/s] = 46.18
CD = 316.2 - 3162.3
J013127-032100
z = 5.180 R = 58
Log M/M⦿ = 10.00 Log Ld [erg/s] = 47.34
CD = 10.0 - 7.9
J014132-542749
z = 5.000 R = 8450
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.18
CD = 0.0 - 0.5
J020228-170827 (lum syn)
z = 5.570 R = 153
Log M/M⦿ = 9.45 Log Ld [erg/s] = 47.00
CD = 10.0 - 6.3
J020228-170827 (lum torus)
z = 5.570 R = 153
Log M/M⦿ = 9.45 Log Ld [erg/s] = 47.00
CD = 10.0 - 39.8
J020916-562650
z = 5.606 R = 710
Log M/M⦿ = 8.90 Log Ld [erg/s] = 46.30
CD = 1.3 - 31.6
J021043-001818
z = 4.770 R = 60
Log M/M⦿ = 9.30 Log Ld [erg/s] = 46.60
CD = 0.8 - 12.6
J025758+433837
z = 4.070 R = 1470
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.40
CD = 1.0 - 31.6
J030437+004653
z = 4.305 R = 606
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.40
CD = 0.2 - 2.5
J030947+271757
z = 6.100 R = 2040
Log M/M⦿ = 9.16 Log Ld [erg/s] = 46.30
CD = 12.6 - 31.6
J032444-291821
z = 4.630 R = 512
Log M/M⦿ = 9.48 Log Ld [erg/s] = 47.30
CD = 1.3 - 10.0
J041009-013919
z = 6.995 R = 500
Log M/M⦿ = 8.84 Log Ld [erg/s] = 46.45
CD = 20.0 - 63.1
J052506-334305
z = 4.383 R = 536
Log M/M⦿ = 9.78 Log Ld [erg/s] = 47.11
CD = 12.6 - 12.6
J081333+350810
z = 4.922 R = 221
Log M/M⦿ = 9.48 Log Ld [erg/s] = 46.95
CD = 0.0 - 1.1
J083548+182519
z = 4.410 R = 1540
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.20
CD = 39.8 - 63.1
J083946+511202
z = 4.400 R = 204
Log M/M⦿ = 9.78 Log Ld [erg/s] = 46.90
CD = 10.0 - 10.0
J085111+142337
z = 4.307 R = 273
Log M/M⦿ = 9.30 Log Ld [erg/s] = 46.60
CD = 158.5 - 93.3
J090132+161506
z = 5.630 R = 207
Log M/M⦿ = 9.30 Log Ld [erg/s] = 46.48
CD = 0.5 - 31.6
J090630+693030
z = 5.470 R = 930
Log M/M⦿ = 8.95 Log Ld [erg/s] = 46.90
CD = 10.0 - 316.2
J091824+063653
z = 4.220 R = 284
Log M/M⦿ = 9.78 Log Ld [erg/s] = 46.78
CD = 1.3 - 6.3
J094004+052630
z = 4.500 R = 2650
Log M/M⦿ = 9.48 Log Ld [erg/s] = 46.13
CD = 7.9 - 50.1
J101335+281119
z = 4.750 R = 929
Log M/M⦿ = 8.95 Log Ld [erg/s] = 46.00
CD = 10.0 - 100.0
J102107+220904
z = 4.260 R = 9724
Log M/M⦿ = 9.30 Log Ld [erg/s] = 46.04
CD = 0.6 - 20.0
J102623+254259
z = 5.300 R = 4450
Log M/M⦿ = 9.45 Log Ld [erg/s] = 46.70
CD = 3.2 - 25.1
J102838-084438
z = 4.276 R = 845
Log M/M⦿ = 9.30 Log Ld [erg/s] = 46.90
CD = 25.1 - 79.4
J114657+403708
z = 5.005 R = 91
Log M/M⦿ = 9.70 Log Ld [erg/s] = 46.85
CD = 100.0 - 199.5
J115503-310758
z = 4.300 R = 589
Log M/M⦿ = 9.40 Log Ld [erg/s] = 46.78
CD = 1.0 - 2.0
J123142+381658
z = 4.137 R = 632
Log M/M⦿ = 8.85 Log Ld [erg/s] = 46.40
CD = 31.6 - 158.5
J123503-000331
z = 4.723 R = 319
Log M/M⦿ = 8.95 Log Ld [erg/s] = 46.52
CD = 31.6 - 158.5
J125359-405930
z = 4.464 R = 2479
Log M/M⦿ = 9.30 Log Ld [erg/s] = 46.60
CD = 1.6 - 10.0
J130940+573309
z = 4.280 R = 117
Log M/M⦿ = 8.95 Log Ld [erg/s] = 46.78
CD = 12.6 - 31.6
J132206-132354
z = 4.710 R = 830
Log M/M⦿ = 9.48 Log Ld [erg/s] = 46.18
CD = 25.1 - 79.4
J132512+112329
z = 4.420 R = 631
Log M/M⦿ = 9.60 Log Ld [erg/s] = 46.89
CD = 1.0 - 1.3
J134811+193520
z = 4.400 R = 1207
Log M/M⦿ = 9.18 Log Ld [erg/s] = 46.48
CD = 20.0 - 63.1
J141212+062408
z = 4.470 R = 580
Log M/M⦿ = 8.78 Log Ld [erg/s] = 46.78
CD = 1.4 - 6.3
J142048+120545
z = 4.020 R = 1401
Log M/M⦿ = 9.18 Log Ld [erg/s] = 46.48
CD = 17.8 - 31.6
J143023+420450
z = 4.720 R = 2600
Log M/M⦿ = 9.18 Log Ld [erg/s] = 46.78
CD = 39.8 - 63.1
J145459+110927
z = 4.930 R = 875
Log M/M⦿ = 9.18 Log Ld [erg/s] = 46.11
CD = 3.2 - 63.1
J151002+570243
z = 4.310 R = 4315
Log M/M⦿ = 9.36 Log Ld [erg/s] = 46.40
CD = 50.1 - 63.1
J153533+025419
z = 4.390 R = 1276
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.48
CD = 20.0 - 79.4
J162956+095959
z = 5.000 R = 1935
Log M/M⦿ = 8.95 Log Ld [erg/s] = 46.30
CD = 0.0 - 5.0
J164856+460341
z = 5.360 R = 671
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.65
CD = 0.0 - 5.0
J165913+210115
z = 4.784 R = 676
Log M/M⦿ = 9.40 Log Ld [erg/s] = 46.49
CD = 2.8 - 5.6
J170245+130104
z = 5.466 R = 422
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.30
CD = 3.5 - 15.8
J171103+383016
z = 4.000 R = 1560
Log M/M⦿ = 8.81 Log Ld [erg/s] = 46.26
CD = 0.0 - 5.0
J171521+214547
z = 4.010 R = 29600
Log M/M⦿ = 8.48 Log Ld [erg/s] = 45.90
CD = 1.6 - 10.0
J172026+310431
z = 4.670 R = 137
Log M/M⦿ = 9.88 Log Ld [erg/s] = 46.60
CD = 3.2 - 10.0
J195135+013442
z = 4.110 R = 3105
Log M/M⦿ = 9.18 Log Ld [erg/s] = 46.30
CD = 7.9 - 20.0
J213412-041909
z = 4.334 R = 2760
Log M/M⦿ = 9.26 Log Ld [erg/s] = 46.74
CD = 3.5 - 4.0
J222032+002537
z = 4.200 R = 1416
Log M/M⦿ = 9.30 Log Ld [erg/s] = 46.40
CD = 6.3 - 5.0
J231449+020146
z = 4.110 R = 965
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.54
CD = 1.3 - 5.0
J235758+140205
z = 4.350 R = 2007
Log M/M⦿ = 9.00 Log Ld [erg/s] = 46.48
CD = 3.2 - 5.0
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