2009ApJS..181..548C

Query : 2009ApJS..181..548C

2009ApJS..181..548C - Astrophys. J., Suppl. Ser., 181, 548-556 (2009/April-0)

FIRST "Winged" and X-shaped radio source candidates. II. New redshifts.

CHEUNG C.C., HEALEY S.E., LANDT H., VERDOES KLEIJN G.A. and JORDAN A.

Abstract (from CDS):

We report optical spectroscopic observations of X-shaped radio sources with the Hobby-Eberly Telescope and Multiple-Mirror Telescope, focused on the sample of candidates from the FIRST survey presented in a previous paper. A total of 27 redshifts were successfully obtained, 21 of which are new, including a newly identified candidate source of this type which is presented here. With these observations, the sample of candidates from the previous paper is over 50% spectroscopically identified. Two new broad emission-lined X-shaped radio sources are revealed, while no emission lines were detected in about one-third of the observed sources; a detailed study of the line properties is deferred to a future paper. Finally, to explore their relation to the Fanaroff-Riley division, the radio luminosities and host galaxy absolute magnitudes of a spectroscopically identified sample of 50 X-shaped radio galaxies are calculated to determine their placement in the Owen-Ledlow plane.

Abstract Copyright: ∼

Journal keyword(s): galaxies: active - galaxies: distances and redshifts - quasars: general

VizieR on-line data: <Available at CDS (J/ApJS/181/548): table1.dat table2.dat>

Nomenclature: Text, Tables 1-2: [C2007] J1018+2914.

Simbad objects: 53

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Number of rows : 53
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 PMN J0001-0033 rG 00 01 40.30 -00 33 48.8           ~ 11 1
2 4C 12.03 rG 00 09 52.6114659912 +12 44 04.661082672   17.8       ~ 79 1
3 PMN J0049+0100 rG 00 49 39.4582306560 +00 59 53.777214888           ~ 15 1
4 NGC 326 rG 00 58 22.73535 +26 51 55.9192   14.9 13     ~ 188 1
5 SDSS J011341.11+010608.5 Sy2 01 13 41.1106251096 +01 06 08.655684660   20.72 19.83     ~ 30 1
6 PKS 0112-002 rG 01 15 27.630 +00 00 08.35           ~ 11 1
7 SDSS J014409.98-083002.8 rG 01 44 09.98808 -08 30 02.8836           ~ 7 0
8 3C 52 rG 01 48 28.884 +53 32 28.19   18.5       ~ 85 1
9 3C 63 BLL 02 20 54.3166497648 -01 56 50.431204212           ~ 149 1
10 3C 136.1 Sy2 05 16 03.133 +24 58 25.47   17       ~ 88 1
11 6C 065857+500627 Sy1 07 02 47.9333334048 +50 02 04.941315852           ~ 11 1
12 2XMM J080535.0+240951 Sy2 08 05 35.0054956728 +24 09 50.330022516   15.46       ~ 336 1
13 NVSS J081300+434752 rG 08 13 00.1137749472 +43 47 48.664330512           ~ 20 2
14 4C 32.25 rG 08 31 27.4853256456 +32 19 26.844496896   16.0       ~ 87 2
15 6C 084152+404219 Sy2 08 45 08.435 +40 31 15.64   20.56 19.49     ~ 15 1
16 GLEAM J085949-043309 Sy2 08 59 50.20 -04 33 06.9           ~ 12 1
17 4C 05.39 Sy2 09 17 44.31240 +05 23 10.1292   21.78 20.87     ~ 14 1
18 NVSS J092446+423349 rG 09 24 46.9897712088 +42 33 47.138937012           ~ 17 2
19 4C -01.19 rG 09 41 22.564 -01 43 01.08   20.91 19.68     ~ 26 1
20 7C 093818.10+395820.00 Sy2 09 41 24.0268234920 +39 44 41.809159068   16.36 16.4     ~ 195 2
21 NVSS J100552+115441 rG 10 05 52.5354212256 +11 54 37.037384172           ~ 20 1
22 4C 29.38 Sy2 10 18 27.08654 +29 14 20.2559   20.35 19.31     ~ 15 1
23 4C 48.29 rG 10 20 51.9148449384 +48 31 09.784797996   16       ~ 40 0
24 ACO 1145 ClG 11 01 32 +16 43.9           ~ 33 0
25 LEDA 97391 Sy2 11 01 51.8942869464 +16 40 38.709166656   17.04 16.31     ~ 33 1
26 GLEAM J113536-073702 QSO 11 35 36.80 -07 37 00.1           ~ 7 1
27 SDSS J114049.70+105756.4 LIN 11 40 49.7115192960 +10 57 56.335013964           ~ 14 1
28 7C 120500.2+340922 BLL 12 07 32.930 +33 52 40.13   16.4       ~ 97 1
29 SDSS J121018.77-034153.3 rG 12 10 18.77112 -03 41 53.3256           ~ 8 0
30 7C 121627.2+201210 Sy2 12 18 59.149 +19 55 28.05   21.46 20.49     ~ 18 1
31 NVSS J122803+264226 rG 12 28 03.8331419904 +26 42 26.714091996           ~ 10 1
32 5C 12.15 Sy2 12 53 24.29592 +34 35 18.2148   20.91 19.84     ~ 21 1
33 SDSS J125832.87+322740.8 rG 12 58 32.8791613080 +32 27 40.853018844           ~ 5 0
34 SDSS J125833.29+322737.1 G 12 58 33.30 +32 27 37.1           ~ 2 0
35 4C 00.46 Sy2 13 09 49.7535906648 -00 12 35.609536368   21.18 20.16     ~ 38 1
36 7C 130810.09+551431.00 Sy2 13 10 15.4099434048 +54 58 34.138029864   20.61 19.72     ~ 11 2
37 4C -01.29 rG 13 27 38.2214250792 -02 03 09.946354464   18.5   16.643   ~ 38 1
38 NVSS J134804+441122 rG 13 48 04.59144 +44 11 24.0900           ~ 10 1
39 6C 135533+482210 Sy2 13 57 30.60360 +48 07 41.6841   21.17 20.46     ~ 10 1
40 4C -01.31 Sy2 14 06 48.61008 -01 54 16.4844   23.05 21.76     ~ 27 1
41 Z 163-41 Sy2 14 24 40.5266308536 +26 37 30.467191764   15.6 15.62     ~ 119 1
42 SDSS J143402.16+590653.4 rG 14 34 02.16264 +59 06 53.4312           ~ 9 0
43 NVSS J144407+414751 rG 14 44 07.2620195496 +41 47 50.278164324           ~ 18 2
44 SDSS J145643.16+254217.5 rG 14 56 43.16592 +25 42 17.5140           ~ 6 0
45 7C 151131.1+261840 Sy2 15 13 40.0235447784 +26 07 23.749576572   16.30       ~ 239 1
46 7C 155827.3+210718 Sy1 16 00 38.9455298208 +20 58 51.777275340   20.18 19.21     ~ 15 1
47 4C 00.58 rG 16 06 12.6837900528 +00 00 27.196980048   16.85       ~ 72 1
48 6C 160504+452538 Sy2 16 06 38.90616 +45 17 36.5496   22.06 21.11     ~ 10 1
49 NVSS J161428+281731 rG 16 14 28.4054248488 +28 17 31.027048260           ~ 23 1
50 3C 379.1 QSO 18 24 32.9768304384 +74 20 59.004997872   18.0 18.0     ~ 87 1
51 3C 403.0 Sy2 19 52 15.7996999344 +02 30 24.238200816   15.42 16.5     ~ 353 1
52 3C 433.0 Sy2 21 23 44.5778423928 +25 04 27.670672416   17.660 16.350     ~ 338 1
53 PMN J2157+0037 rG 21 57 33.494 +00 38 06.92           ~ 7 1

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