2006A&A...449...49R


C.D.S. - SIMBAD4 rel 1.7 - 2020.08.03CEST23:12:25

2006A&A...449...49R - Astronomy and Astrophysics, volume 449, 49-60 (2006/4-1)

The B3-VLA CSS sample. VI. VLA images at 2 cm.

ROSSETTI A., FANTI C., FANTI R., DALLACASA D. and STANGHELLINI C.

Abstract (from CDS):

New radio observations are presented for a sample of 56 Compact Steep Spectrum (CSS) radio sources from the B3-VLA CSS sample. We used the VLA A-configuration observation at 2cm to obtain high-frequency, high-resolution data. The majority (85%) of sources have a double morphology with a number of them showing a large asymmetry in terms of their component flux densities and/or component arm ratio. These new data have revealed 27 cores and core candidates. Three of the sources have a core-jet morphology and the morphologies of a few objects (≤10%) are still ambiguous. The integrated radio spectra, over a frequency range from 0.16 to 15GHz, show good agreement with a ``continuous injection model'' for ≥85% of the sources.

Abstract Copyright:

Journal keyword(s): galaxies: active - galaxies: nuclei - radio continuum: galaxies - galaxies: quasars: general

Simbad objects: 58

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Number of rows : 58

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 4C 38.01 G 00 06 20.66 +39 00 27.8           ~ 16 1
2 4C 44.02 rG 00 36 53.5 +44 43 22           ~ 14 1
3 7C 003911.50+390856.00 G 00 41 55.0 +39 25 21           ~ 16 1
4 4C 39.03 Rad 00 42 17.4 +40 09 49           ~ 21 1
5 7C 003934.39+411302.00 AG? 00 42 18.7 +41 29 28           ~ 18 1
6 4C 42.03 Rad 00 44 39.2 +42 48 01           ~ 14 1
7 4C 37.03 G 00 52 16.9 +38 15 30   18       ~ 16 1
8 [VV98] J011317.7+402613 QSO 01 13 17.7616075730 +40 26 12.622429832   20.0       ~ 22 1
9 4C 40.06 G 01 23 26.1 +40 46 59           ~ 18 1
10 87GB 012305.6+401300 G 01 25 59.1 +40 28 36           ~ 11 1
11 87GB 012834.6+392714 G 01 31 29.55 +39 42 58.0           ~ 13 1
12 3C 48 QSO 01 37 41.2995845985 +33 09 35.079126038   16.62 16.20     ~ 2505 2
13 [VV98] J014033.7+402414 QSO 01 40 33.7527495651 +40 24 13.898912335   18.5       ~ 17 1
14 3C 51 G 01 43 32.9 +39 02 11           ~ 22 1
15 87GB 014453.1+431717 QSO 01 47 55.6201663130 +43 32 15.279934794           ~ 11 1
16 4C 41.03 G 02 16 30.33 +41 31 50.6           ~ 16 1
17 87GB 022227.8+421633 G 02 25 32.02 +42 29 41.4           ~ 9 1
18 NVSS J023138+410953 Rad 02 31 38.7 +41 09 53           ~ 11 1
19 4C 40.10 rG 02 57 50.3 +40 50 33           ~ 15 1
20 4C 46.07 QSO 02 58 30.2514025077 +46 16 05.687696965   21.0       ~ 18 1
21 7C 070105.09+391554.00 QSO 07 04 31.3278988716 +39 11 23.348940365   18.7 18.7     ~ 21 1
22 4C 39.17 Rad 07 25 50.0 +39 17 25   19.1       ~ 25 1
23 NVSS J073243+433540 Rad 07 32 43.7 +43 35 40           ~ 9 1
24 4C 46.16 QSO 07 47 43.5 +46 18 57           ~ 32 1
25 4C 40.19 QSO 08 09 03.1467230875 +40 32 56.185972251   21.0       ~ 18 1
26 7C 080931.69+402801.00 Sy2 08 12 53.1089068009 +40 18 59.895876696   21.23 20.31     ~ 55 1
27 B3 0810+460A Rad 08 13 58 +45 52.8           ~ 1 0
28 87GB 081406.5+440902 G 08 17 35.436 +43 59 34.66           ~ 12 1
29 4C 40.22 rG 08 59 59.5 +40 24 35           ~ 18 1
30 6C 090206+414045 Q? 09 05 22.2 +41 28 39   19.5       ~ 15 1
31 NVSS J093306+384150 rG 09 33 06.9 +38 41 48           ~ 31 1
32 4C 42.30 G 09 38 16.5 +42 38 35           ~ 15 1
33 7C 095107.00+421521.00 QSO 09 54 12.575 +42 01 09.20   21.51 21.00     ~ 22 1
34 87GB 095543.5+390233 G 09 58 44.269 +38 48 21.72           ~ 14 1
35 FIRST J102832.9+384656 Rad 10 28 32.96 +38 46 56.1           ~ 1 0
36 87GB 102722.2+391311 G 10 30 16.6 +38 57 54           ~ 12 1
37 52P 99 G 10 47 33.7 +45 08 52           ~ 12 1
38 6C 105511+402617 Q? 10 58 00.4 +40 10 19           ~ 11 1
39 6C 112856+453123 QSO 11 31 38.9 +45 14 51   20.0       ~ 28 1
40 4C 42.33 G 11 38 59.1 +41 48 39           ~ 14 1
41 4C 45.22 G 11 46 15.2 +45 20 38           ~ 15 1
42 4C 46.25 G 12 00 31.1 +45 48 42           ~ 18 1
43 87GB 120133.1+392914 BiC 12 04 06.9 +39 12 17   19.5       ~ 29 1
44 4C 40.30 rG 12 07 06.3 +39 54 39           ~ 18 1
45 6C 1212+3805 G 12 14 56.7 +37 48 51   23       ~ 26 1
46 87GB 121609.6+401731 G 12 18 36.956 +40 00 45.67           ~ 11 1
47 NVSS J121953+422951 Rad 12 19 53.8 +42 29 52           ~ 10 1
48 4C 40.31 G 12 22 35.3 +40 36 19           ~ 17 1
49 NVSS J123535+413707 rG 12 35 35.7 +41 37 07           ~ 22 1
50 7C 124156.89+410758.00 Sy1 12 44 19.9638148678 +40 51 36.715947237     19.43     ~ 29 1
51 3C 286 Sy1 13 31 08.2885060664 +30 30 32.960825108   17.51 17.25     ~ 3733 1
52 4C 43.31 rG 13 52 28.5 +42 59 24           ~ 24 1
53 87GB 145841.4+432121 G 15 00 29.990 +43 09 51.54           ~ 13 1
54 4C 44.42 G 23 03 45.3 +44 39 06           ~ 10 1
55 4C 40.48 Rad 23 04 54.6 +40 28 54           ~ 15 1
56 2MASS J23134816+4712149 Sy1 23 13 48.1687747016 +47 12 14.956731640   17.5 18.0     ~ 47 1
57 NVSS J232448+404022 Rad 23 24 48.6 +40 40 22           ~ 9 1
58 4C 41.46 QSO 23 51 52.8779638634 +41 21 14.828918708   19.2       ~ 19 1

    Equat.    Gal    SGal    Ecl

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2020.08.03-23:12:25

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