2006AJ....131.1942C

Query : 2006AJ....131.1942C

2006AJ....131.1942C - Astron. J., 131, 1942-1947 (2006/April-0)

Infrared photometric study for the IRAS 1Jy sample of ultraluminous infrared galaxies.

CHEN P.S. and ZHANG P.

Abstract (from CDS):

The Two Micron All Sky Survey observation of the IRAS 1 Jy sample of ultraluminous infrared galaxies (ULIRGs) is presented in this paper. Together with the IRAS photometric data, the properties and energy sources of the IRAS 1 Jy sample of ULIRGs in the near- and far-infrared are discussed. It is shown that most sources, not only Seyfert galaxies but also H II and LINER galaxies, have a radiation mechanism with a power-law continuum in the near-infrared. All Seyfert 1 sources and some Seyfert 2 sources with hidden broad-line regions (BLRs) have much redder colors and steeper spectral indices in the near-infrared, indicative of an extremely strong energy source from the central active galactic nucleus. Almost all sources have thermal radiation indicative of starburst domination in the IRAS region; in particular, all Seyfert 1 sources and many Seyfert 2 sources with hidden BLRs have lower [25]-[60] colors, indicative of a flatter spectral continuum and a rather warm color temperature in the 25-60 µm region. However, all kinds of sources have similar [60]-[100] color distributions, indicative of similar energy sources from the enhanced heating in active star-forming regions and very cold material and also indicative of the quite small influence from the central activity in the 60-100 µm region. In addition, all Seyfert 1 sources and some Seyfert 2 sources with hidden BLRs have much larger absolute magnitudes in the K band compared with other sources. The results presented in this paper may further help us to understand the physical properties of ULIRGs.

Abstract Copyright: ∼

Journal keyword(s): Galaxies: Active - Galaxies: Nuclei - Galaxies: Starburst - Infrared: Galaxies

VizieR on-line data: <Available at CDS (J/AJ/131/1942): table1.dat>

Status at CDS : All or part of tables of objects could be ingested in SIMBAD with priority 2.

Simbad objects: 118

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Number of rows : 118
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 LEDA 89873 EmG 00 11 43.305 -07 22 07.37   18.41       ~ 58 0
2 2MASX J00212652-0839261 LIN 00 21 26.5135306416 -08 39 25.967117268   18.37       ~ 114 1
3 6dFGS gJ004215.5-125604 H2G 00 42 15.54 -12 56 03.0   19.45       ~ 74 0
4 IRAS 00456-2904 H2G 00 48 06.7010068082 -28 48 18.548437413   18.14       ~ 56 1
5 6dFGS gJ005040.3-270440 LIN 00 50 40.41 -27 04 38.3   18.369   18.305   ~ 36 0
6 IRAS 01003-2238 Sy2 01 02 49.9920152640 -22 21 57.262136544   18.62 18.9 17.83   ~ 164 0
7 6dFGS gJ011907.7-082910 H2G 01 19 07.5686096832 -08 29 09.527103312   18.54       ~ 50 1
8 IRAS 01199-2307 H2G 01 22 20.8752532152 -22 52 05.252405952   18.04     17.33 ~ 48 0
9 6dFGS gJ013221.4-072908 H2G 01 32 21.41 -07 29 08.5   19.04       ~ 60 0
10 PSCz Q01355-1814 H2G 01 37 56.6 -17 59 25           ~ 29 0
11 2MASX J01515140-1830464 G 01 51 51.4245944592 -18 30 46.601041068   18.77       ~ 36 1
12 LEDA 74053 Sy1 01 59 13.7621836560 -29 24 34.941722688   18.18 18.20     ~ 49 1
13 Mrk 1014 Sy1 01 59 50.2534701768 +00 23 40.864244784   16.08 15.87     ~ 572 0
14 2MASX J02042730-2049413 G 02 04 27.3254183088 -20 49 41.237644872   17.45       ~ 40 0
15 LEDA 165345 H2G 02 43 46.172 +04 06 37.73           ~ 39 1
16 LEDA 165347 G 02 50 02.4 -37 32 43           ~ 19 0
17 6dFGS gJ032322.9-075614 LIN 03 23 22.8608723808 -07 56 15.178910964   18.93 18.40 17.30   ~ 33 0
18 2MASX J03274981+1616594 LIN 03 27 49.8139382448 +16 16 59.297985552       21.20   ~ 48 0
19 IRAS 03521+0028 LIN 03 54 42.146 +00 37 03.33           ~ 93 0
20 6dFGS gJ040930.4-275343 G 04 09 30.2 -27 53 46   18.33   17.25   ~ 24 0
21 IRAS 04103-2838 LIN 04 12 19.4458581600 -28 30 24.933273876     16.9     ~ 70 0
22 6dFGS gJ043337.1-164331 LIN 04 33 37.05 -16 43 31.5   19.80   18.54   ~ 37 0
23 6dFGS gJ050400.7-293654 G 05 04 00.7 -29 36 54   18.57   17.77   ~ 26 0
24 LEDA 2816449 Sy2 05 04 36.5 -19 37 02           ~ 35 1
25 2MASX J05173257-3021126 Sy2 05 17 32.5818317928 -30 21 13.190543388   18.59   17.38   ~ 16 0
26 LEDA 17155 Sy2 05 21 01.3994605776 -25 21 45.321827832   15.47 14.75     ~ 498 0
27 IRAS 07598+6508 Sy1 08 04 30.4643108040 +64 59 52.789588188   14.3 15.5     ~ 231 0
28 5C 7.206 LIN 08 23 12.6165437400 +27 51 39.639008772           ~ 56 0
29 2MASS J08501834+1802012 AGN 08 50 18.342 +18 02 01.24   19.99 19.03     ~ 37 0
30 2MASX J08584172+1041223 Sy2 08 58 41.7600226809 +10 41 22.024849251   16.84       ~ 55 0
31 NAME IRAS F08572+3915 NW LIN 09 00 25.364 +39 03 54.23     16.66     ~ 420 1
32 NVSS J090248+523621 rG 09 02 48.9225336072 +52 36 24.761827620           ~ 25 0
33 2MASX J09063400+0451271 LIN 09 06 34.0537343016 +04 51 27.447987744           ~ 78 0
34 2MASX J09141380+0322009 LIN 09 14 13.7940669768 +03 22 01.298301168           ~ 46 0
35 2MASX J09530021+8127282 LIN 09 53 00.216 +81 27 28.22           ~ 32 0
36 LEDA 2816688 LIN 09 56 34.3 +08 43 06       20.90   ~ 59 0
37 NVSS J100626+272543 rG 10 06 26.320 +27 25 46.48           ~ 38 0
38 LEDA 165552 LIN 10 12 16.7929453584 +46 49 43.491525384       22.20   ~ 42 0
39 3XMM J102142.6+130654 LIN 10 21 42.8040022344 +13 06 55.957660596   17.51       ~ 79 3
40 LEDA 90127 Sy1 10 40 29.1640944744 +10 53 18.202070076   17.79 17.18     ~ 99 0
41 LEDA 32516 LIN 10 51 03.67 -15 03 19.8           ~ 43 0
42 LEDA 90133 LIN 10 52 23.518 +44 08 47.60           ~ 65 0
43 2MASX J11021405+3802352 H2G 11 02 13.9784635422 +38 02 35.115227222           ~ 27 0
44 LEDA 139520 LIN 11 05 37.538 +31 14 32.18           ~ 48 0
45 LEDA 125693 LIN 11 12 03.4 -02 54 23   17.45 17.40     ~ 101 1
46 IRAS 11119+3257 Sy1 11 14 38.8902542640 +32 41 33.483258276   19.22 17.96     ~ 145 1
47 6dFGS gJ111531.6-271622 LIN 11 15 31.56 -27 16 22.7   18.15   16.98   ~ 26 0
48 LAMOST J112041.72+160656.6 LIN 11 20 41.75 +16 06 56.8           ~ 36 0
49 6dFGS gJ112450.7-130117 Sy2 11 24 50.731 -13 01 16.58   18.49   17.32   ~ 29 1
50 LEDA 2816771 LIN 11 41 22.0303797864 +40 59 50.311419684           ~ 47 0
51 NVSS J115314+131427 rG 11 53 14.226 +13 14 27.86   17.77       ~ 60 0
52 LEDA 1888605 LIN 12 00 46.8386541480 +30 04 14.151358452           ~ 33 0
53 LEDA 90159 Sy1 12 02 26.7665445864 -01 29 15.399814956   17.81 17.54 17.534   ~ 95 0
54 SDSS J120424.54+192509.7 Sy2 12 04 24.5432777064 +19 25 09.773024772   16.63 19.16     ~ 80 0
55 2MASX J12054771+1651085 LIN 12 05 47.7089284392 +16 51 08.355094704   18.758   17.327   ~ 59 0
56 LEDA 90164 Sy2 12 09 45.1187842872 -05 01 13.431047484   17.52 17.8 16.56   ~ 104 1
57 LEDA 39024 LIN 12 13 46.107 +02 48 41.50           ~ 354 1
58 2MASX J12151913-1429422 LIN 12 15 19.134 -14 29 42.23           ~ 40 0
59 3C 273 BLL 12 29 06.6998257176 +02 03 08.597629980   13.05 14.830 14.11   ~ 5798 1
60 6dFGS gJ123831.6-074226 LIN 12 38 31.60 -07 42 25.5   19.40   18.23   ~ 28 1
61 LEDA 140007 H2G 12 47 07.7570323128 +37 05 36.709508328           ~ 30 0
62 Mrk 231 Sy1 12 56 14.2341182928 +56 52 25.238373852   14.68 13.84     ~ 1987 3
63 LEDA 165612 LIN 13 13 14.5 -09 38 08       21.40   ~ 21 0
64 LEDA 165618 Sy2 13 24 19.8862877976 +05 37 04.693531332   19.31 18.73 17.41   ~ 119 0
65 2MASX J13331651-1755106 Sy2 13 33 16.5631735944 -17 55 10.612057080   20.0 18.6     ~ 43 1
66 6dFGS gJ133622.3-262733 LIN 13 36 22.27 -26 27 32.7   17.93   16.90 16.27 ~ 36 1
67 IRAS 13342+3932 Sy1 13 36 24.0619427808 +39 17 31.105014396     17.76     ~ 85 0
68 Mrk 273 Sy2 13 44 42.1781 +55 53 12.819   15.68 14.91     ~ 913 3
69 2MASX J13465107+0747184 Sy2 13 46 51.085 +07 47 18.97           ~ 34 0
70 ICRF J134733.3+121724 Sy2 13 47 33.36161873 +12 17 24.2398927   19.28 18.44 15.718   ~ 597 3
71 2MASX J13481941-3012017 Sy2 13 48 19.4115734304 -30 12 01.486438740   18.86 17.71     ~ 30 0
72 IRAS 13469+5833 H2G 13 48 40.0732515360 +58 18 52.024039452   17.5       ~ 44 0
73 SDSS J135331.57+042805.2 H2G 13 53 31.5653985768 +04 28 05.087231904           ~ 34 0
74 LEDA 84081 AGN 13 56 09.992 +29 05 35.08   17.23       ~ 63 0
75 6dFGS gJ140811.5-201229 Sy2 14 08 11.3 -20 12 30   18.88   17.62   ~ 17 1
76 LEDA 84113 H2G 14 08 19.0356546744 +29 04 47.143121916           ~ 62 0
77 LEDA 165630 Sy2 14 09 31.257 +05 11 31.31     17.00     ~ 73 0
78 2dFGRS TGN206Z237 LIN 14 14 45.5286962688 -01 40 54.809983452   18.006   17.772   ~ 34 0
79 IRAS 14197+0812 LIN 14 22 11.6354625144 +07 59 28.013201808           ~ 28 0
80 2MASX J14223136+2602049 H2G 14 22 31.3873621186 +26 02 05.256515503           ~ 45 0
81 2MASX J14280106-1603400 LIN 14 28 01.069 -16 03 40.05   18.62   17.43   ~ 27 0
82 LEDA 52270 Sy1 14 37 38.2867288488 -15 00 24.087592692   16.58 16.40     ~ 276 1
83 2MASX J14410437+5320088 Sy2 14 41 04.3772323224 +53 20 08.658129120   18.29 17.77     ~ 68 0
84 6dFGS gJ145123.8-244630 G 14 51 23.1 -24 46 24   18.74   17.39   ~ 17 0
85 LEDA 90196 Sy2 15 02 31.9755844913 +14 21 34.926031528   20.69 20.13     ~ 56 0
86 LEDA 84437 G 15 05 39.548 +57 43 07.07           ~ 31 0
87 2MASX J15155520-2009172 Sy2 15 15 55.1783451792 -20 09 16.916691024   18.34 17.1 17.16   ~ 50 0
88 IRAS 15206+3342 Sy2 15 22 38.104 +33 31 35.90           ~ 101 0
89 LEDA 55020 H2G 15 24 43.8702463632 +23 40 10.269173100           ~ 48 0
90 IC 4553 SyG 15 34 57.22396 +23 30 11.6084   14.76 13.88     ~ 2961 4
91 LEDA 90222 Sy1 15 48 56.8020209304 -04 59 33.598051584   16.4 16.40 16.85   ~ 97 0
92 LEDA 90237 LIN 16 11 40.4280459768 -01 47 06.566246232   16.6       ~ 82 0
93 LEDA 2817004 Sy2 16 18 09.4114 +01 39 20.951           ~ 40 1
94 LEDA 165690 LIN 16 32 21.378 +15 51 45.50   18.72 18.06     ~ 57 1
95 IRAS 16334+4630 LIN 16 34 52.35240 +46 24 52.6356   17.66       ~ 46 1
96 LEDA 2817027 LIN 16 48 01.70 +51 55 44.4           ~ 32 0
97 LEDA 90258 H2G 16 49 14.092 +34 25 13.20           ~ 52 1
98 LEDA 90261 LIN 16 49 46.88 +54 42 35.4   17.5       ~ 63 1
99 LEDA 90270 LIN 17 03 41.960 +58 13 44.37           ~ 56 0
100 LEDA 165716 LIN 17 04 28.4433405168 +67 16 28.258598748     17.0     ~ 54 0
101 LEDA 165718 H2G 17 08 32.12 +40 23 28.2           ~ 45 0
102 2MASX J17185436+5441486 Sy2 17 18 54.4002 +54 41 48.289           ~ 76 1
103 6dFGS gJ204418.2-164017 LIN 20 44 18.186 -16 40 16.63   18.02   17.04   ~ 90 0
104 LEDA 1049091 H2G 21 23 29.19 -05 06 56.4           ~ 31 1
105 LEDA 66703 Sy1 21 24 41.6403183696 -17 44 45.886080696   17.18 16.50 15.95   ~ 92 0
106 2MASX J21354580-2332359 LIN 21 35 45.8178571488 -23 32 36.305302884           ~ 37 1
107 LEDA 2817305 LIN 21 50 16.2 +05 16 04       23.10   ~ 23 0
108 6dFGS gJ221133.8-181706 H2G 22 11 33.8 -18 17 06   18.38       ~ 34 0
109 6dFGS gJ222328.8-270003 H2G 22 23 28.909 -27 00 03.44   17.50       ~ 40 1
110 NAME South America H2G 22 51 49.307 -17 52 23.96   16.97       ~ 327 3
111 LEDA 165912 Sy2 22 56 42.2 +08 49 23           ~ 19 0
112 LEDA 70560 Sy2 23 08 33.9537309816 +05 21 29.751752412           ~ 151 0
113 IRAS 23129+2548 LIN 23 15 21.39960 +26 04 32.2536           ~ 48 0
114 2MASX J23254938+2834208 Sy2 23 25 49.387 +28 34 20.88           ~ 36 0
115 2MASX J23255611+1002500 LIN 23 25 56.1378291192 +10 02 49.715916252           ~ 55 1
116 IRAS 23327+2913 LIN 23 35 11.92393 +29 30 00.0610           ~ 52 0
117 87GB 233856.4+030039 LIN 23 41 30.3076816728 +03 17 26.572938864     20.0     ~ 50 1
118 [VV2000] J235225.0+244009 Sy2 23 52 25.9250656752 +24 40 16.806785592     16.20     ~ 52 0

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