2008ApJS..174...74K


C.D.S. - SIMBAD4 rel 1.7 - 2020.07.08CEST07:14:26

2008ApJS..174...74K - Astrophys. J., Suppl. Ser., 174, 74-110 (2008/January-0)

A study of 13 powerful classical double radio galaxies.

KHARB P., O'DEA C.P., BAUM S.A., DALY R.A., MORY M.P., DONAHUE M. and GUERRA E.J.

Abstract (from CDS):

We have carried out an extensive study of a sample of 13 large, powerful Fanaroff-Riley type II radio galaxies with the Very Large Array in multiple configurations at 330 MHz and 1.4, 5, and 8 GHz. We present the total intensity, polarization, spectral index, and rotation measure maps of the sources. On the whole, the 13 FR II sources have symmetric structures with arm-length ratios close to unity, small misalignment angles, and low values of radio core prominence, suggesting that these radio galaxies lie close to the plane of the sky. We have revisited some well-known radio galaxy correlations using a large combined data set comprising our radio galaxies and others from the literature. We confirm that the hot spot size correlates with the core-hot spot distance. The hot spot spectral index is correlated with and flatter than the lobe spectral index, consistent with the assumptions of spectral aging models. Both the hot spot and lobe spectral index are correlated with redshift. The depolarization asymmetry in the lobes is not correlated with the radio core prominence or misalignment angle, which are statistical indicators of orientation. The ``Liu-Pooley'' correlation of lobe depolarization with the lobe spectral index is significant in our radio galaxy sample. Furthermore, the lobe with the steeper spectral index and greater depolarization is shorter and fatter. The arm-length ratio seems to be correlated with the misalignment angle between the two sides of the radio source and strongly anticorrelated with the axial ratio, consistent with environmental effects and/or a change in the outflow direction. In this sample, asymmetries in the local environments and/or motion of the outflow axis are likely to be more important than relativistic beaming effects.

Abstract Copyright:

Journal keyword(s): Galaxies: Active - Radio Continuum: Galaxies

Errata: erratum vol. 196, art. 14 (2011)

CDS comments: Table 1: Objects 6C HHMM+DD not identified (too short format)

Simbad objects: 90

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Number of rows : 90

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 3C 6.1 rG 00 16 31.60 +79 16 51.7   22       ~ 114 1
2 3C 13 rG 00 34 14.50 +39 24 16.0   22.5       ~ 132 1
3 3C 16 rG 00 37 44.50 +13 19 55.0   21       ~ 116 3
4 3C 20 Sy2 00 43 09.6 +52 03 35   19.0       ~ 200 0
5 8C 0052+681 Sy2 00 56 01.122 +68 22 29.53           ~ 70 1
6 3C 34.0 rG 01 10 18.60 +31 47 20.0   21       ~ 160 2
7 3C 41.0 rG 01 26 44.30 +33 13 11.0   21       ~ 156 1
8 3C 42 rG 01 28 30.3 +29 02 59   20       ~ 136 1
9 3C 44 rG 01 31 21.50 +06 23 37.8   21       ~ 63 1
10 3C 46 rG 01 35 25.3 +37 53 52   19.5       ~ 129 2
11 3C 48 QSO 01 37 41.2995845985 +33 09 35.079126038   16.62 16.20     ~ 2496 2
12 3C 52 rG 01 48 28.884 +53 32 28.19   18.5       ~ 78 1
13 3C 54.0 rG 01 55 30.10 +43 45 55.0   22.0       ~ 84 1
14 3C 55.0 rG 01 57 10.7 +28 51 40   20.8       ~ 144 1
15 3C 65 rG 02 23 43.10 +40 00 52.0   23.0       ~ 174 1
16 3C 68.2 rG 02 34 23.80 +31 34 17.0   24       ~ 126 1
17 3C 79.0 Sy2 03 10 00.0932580214 +17 05 58.593728115   19.54 18.75     ~ 242 3
18 2C 349 Sy2 03 58 54.4385123848 +10 26 02.820631972   16.68 15.41     ~ 320 2
19 2MASX J04071644+0342262 Sy2 04 07 16.440 +03 42 26.23   18.5       ~ 199 1
20 3C 103 rG 04 08 03.16 +43 00 33.2   19       ~ 74 0
21 87GB 041141.2+140908 G 04 14 29.82 +14 16 24.0           ~ 69 1
22 3C 111 Sy1 04 18 21.2773655604 +38 01 35.801523843   19.75 18.05     ~ 856 1
23 3C 114 rG 04 20 22.10 +17 53 54.0   22       ~ 68 2
24 NAME Per B AGN 04 37 04.37510272 +29 40 13.8184969   21.7       ~ 470 2
25 3C 132 rG 04 56 42.922 +22 49 23.06   18.5       ~ 143 1
26 2MASX J05140834+0056316 Sy2 05 14 08.3682154567 +00 56 32.515822859   18.24 17.00     ~ 130 2
27 2MASX J05160313+2458254 AGN 05 16 03.133 +24 58 25.47   17       ~ 85 1
28 ICRF J052109.8+163822 Sy1 05 21 09.88592749 +16 38 22.0517668   19.37 18.84 18.480   ~ 745 1
29 3CR 139.2 Rad 05 24 27.1 +28 12 47           ~ 48 1
30 3C 142.1 rG 05 31 29.40 +06 30 25.0   21       ~ 81 1
31 2C 524 Sy2 06 09 32.701768 +48 04 17.04207   21.198 18.00 18.767   ~ 171 1
32 3C 165 rG 06 43 07.4 +23 19 03   19.5       ~ 73 1
33 ICRF J064524.0+212151 AGN 06 45 24.09951 +21 21 51.2016   19.5       ~ 129 1
34 3C 169.1 rG 06 51 15.30 +45 09 26.0   20.5       ~ 58 1
35 3C 171.0 Sy2 06 55 14.7 +54 08 59   19.94 19.08     ~ 238 0
36 3C 172 rG 07 02 08.31 +25 13 53.5   20.5       ~ 114 0
37 3C 173.1 rG 07 09 18.124 +74 49 31.80   19.982 18.9 17.540   ~ 127 1
38 4C 53.16 BiC 07 16 41.223 +53 23 09.15   14.55 14.0     ~ 48 1
39 7C 073432.79+803253.00 Sy1 07 43 01.4 +80 26 26     17.0     ~ 170 1
40 2XMM J080535.0+240951 Sy2 08 05 35.0057673498 +24 09 50.334614040   15.46       ~ 312 1
41 3C 197.1 BLL 08 21 33.6009413715 +47 02 37.299966417   18.08 17.33     ~ 128 1
42 3C 200 rG 08 27 25.4 +29 18 45   20       ~ 164 1
43 4C 14.27 Sy1 08 35 03.7 +14 11 48   19.5       ~ 54 2
44 3C 217 Rad 09 08 51.0 +37 48 18   22       ~ 121 1
45 7C 093653.10+360601.00 Sy2 09 39 52.7593482853 +35 53 58.921088539   19.51 18.60     ~ 255 1
46 7C 093818.10+395820.00 Sy2 09 41 24.0272828657 +39 44 41.806341013   16.36 16.4     ~ 176 2
47 7C 095855.89+290131.00 Sy1 10 01 49.5226070599 +28 47 08.913353395   18.21 17.27     ~ 396 1
48 3C 239 rG 10 11 45.6 +46 28 20   22.5       ~ 144 1
49 7C 100949.79+745231.00 G 10 14 15.0 +74 37 39           ~ 36 1
50 4C 48.30 AGN 10 27 33.59232 +48 17 18.3408   21.57 20.24     ~ 26 1
51 3C 247 QSO 10 58 58.70 +43 01 23.0   21.5       ~ 152 1
52 3C 252.0 G 11 11 32.0 +35 40 45   22       ~ 119 1
53 3C 263.1 QSO 11 43 25.083 +22 06 56.08   20       ~ 136 1
54 3C 265.0 Sy1 11 45 29.0 +31 33 50   20.0       ~ 237 0
55 3C 266 rG 11 45 43.4 +49 46 08   22       ~ 137 1
56 3C 267 rG 11 49 56.5 +12 47 19   22.5       ~ 146 2
57 3C 268.1 rG 12 00 19.2 +73 00 46   22       ~ 142 1
58 3C 274.1 rG 12 35 31.00 +21 20 51.3   20       ~ 135 1
59 3C 277.2 Sy1 12 53 33.3 +15 42 31   21.5       ~ 145 0
60 2C 1066 SyG 12 56 57.9 +47 20 20   22.0       ~ 268 0
61 2MASX J13110466+2728070 Sy2 13 11 04.670 +27 28 07.24   18.93 18.00     ~ 187 1
62 2MASX J13211781+4235153 Sy2 13 21 17.813 +42 35 15.38   16.86 16.23     ~ 253 0
63 3C 288 rG 13 38 49.6 +38 51 11   18.3       ~ 165 1
64 3C 289 QSO 13 45 26.7 +49 46 31   23       ~ 152 1
65 3C 294 rG 14 06 44.00 +34 11 25.0           ~ 216 1
66 3C 295 Sy2 14 11 20.467 +52 12 09.52   22.34 20.80 18.54   ~ 896 5
67 3C 299 rG 14 21 05.6960 +41 44 49.260   20.496 19.330 18.560   ~ 176 1
68 3C 300 AGN 14 22 59.9 +19 35 37   19.66 18.73     ~ 184 2
69 4C 55.31 rG 15 35 01.20 +55 36 48.0   23       ~ 112 1
70 3C 324.0 Sy1 15 49 48.9 +21 25 38   21.5       ~ 300 0
71 3C 327 Sy2 16 02 27.4 +01 57 56   17.70 16.31     ~ 228 0
72 NAME 3C 330G2 Sy2 16 09 35.0 +65 56 39   20.33       ~ 253 1
73 3C 341 rG 16 28 03.50 +27 41 36.1   19       ~ 133 1
74 3C 337 QSO 16 28 53.9 +44 19 03   20.0       ~ 138 1
75 3C 349 rG 16 59 32.00 +47 02 16.0   19 19.0     ~ 147 1
76 3C 352 rG 17 10 44.1001 +46 01 29.834   22.8       ~ 137 1
77 2C 1473 AGN 17 20 28.147 -00 58 47.12   15.36       ~ 298 1
78 3C 356 QSO 17 24 20.2 +50 57 14   21.5 21.5     ~ 216 1
79 3C 368.0 rG 18 05 06.30 +11 01 32.0   21.5       ~ 241 1
80 3C 401 SyG 19 40 25.2 +60 41 34   19.1       ~ 193 1
81 3C 403.0 Sy2 19 52 15.7997953344 +02 30 24.235518851   15.42 16.5     ~ 293 1
82 NAME Cyg A Sy2 19 59 28.35645829 +40 44 02.0966496   16.22 15.10     ~ 2112 2
83 3C 424 QSO 20 48 12.1 +07 01 17   18 18.40     ~ 132 1
84 3C 436 AGN 21 44 11.720 +28 10 18.86   18.5       ~ 174 1
85 2MASX J21555232+3800285 SyG 21 55 52.324 +38 00 28.51   19.20       ~ 214 1
86 3C 441 rG 22 06 04.90 +29 29 20.0   21.0       ~ 185 3
87 3C 452 Sy2 22 45 48.787 +39 41 15.36   17.60 16.56     ~ 338 1
88 3C 457 QSO 23 12 07.590 +18 45 41.51   19.5       ~ 89 1
89 3C 469.1 rG 23 55 23.3 +79 55 20   22.5       ~ 78 2
90 3C 470.0 rG 23 58 35.30 +44 04 38.0   22.5       ~ 106 1

    Equat.    Gal    SGal    Ecl

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2020.07.08-07:14:26

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