2010MNRAS.405.2505N


C.D.S. - SIMBAD4 rel 1.7 - 2021.04.16CEST10:49:27

2010MNRAS.405.2505N - Mon. Not. R. Astron. Soc., 405, 2505-2520 (2010/July-2)

The role of nuclear activity as the power source of ultraluminous infrared galaxies.

NARDINI E., RISALITI G., WATABE Y., SALVATI M. and SANI E.

Abstract (from CDS):

We present the results of a 5-8µm spectral analysis performed on the largest sample of local ultraluminous infrared galaxies (ULIRGs) selected so far, consisting of 164 objects up to a redshift of ∼0.35. The unprecedented sensitivity of the Infrared Spectrograph onboard Spitzer allowed us to develop an effective diagnostic method to quantify the active galactic nucleus (AGN) and starburst (SB) contribution to this class of objects. The large AGN over SB brightness ratio at 5-8µm and the sharp difference between the spectral properties of AGN and SB galaxies in this wavelength range make it possible to detect even faint or obscured nuclear activity, and disentangle its emission from that of star formation. By defining a simple model we are also able to estimate the intrinsic bolometric corrections for both the AGN and SB components, and obtain the relative AGN/SB contribution to the total luminosity of each source. Our main results are the following.

(1) The AGN detection rate among local ULIRGs amounts up to 70 per cent, with 113/164 convincing detections within our sample, while the global AGN/SB power balance is ∼1/3.

(2) A general agreement is found with optical classification; however, among the objects with no spectral signatures of nuclear activity, our IR diagnostics find a subclass of elusive, highly obscured AGN.

(3) We analyse the correlation between nuclear activity and IR luminosity, recovering the well-known trend of growing AGN significance as a function of the overall energy output of the system: the sources exclusively powered by star formation are mainly found at LIR< 1012.3 L, while the average AGN contribution rises from ∼10 to ∼60 per cent across the ULIRG luminosity range.

(4) From a morphological point of view, we confirm that the AGN content is larger in compact systems, but the link between activity and evolutionary stage is rather loose.

(5) By analysing a control sample of IR-luminous galaxies around z ∼ 1, we find evidence for only minor changes with redshift of the large-scale spectral properties of the AGN and SB components. This underlines the potential of our method as a straightforward and quantitative AGN/SB diagnostic tool for ULIRG-like systems at high redshift as well, and hints to possible photometric variants for fainter sources.


Abstract Copyright: © 2010 The Authors. Journal compilation © 2010 RAS

Journal keyword(s): galaxies: active - galaxies: starburst - infrared: galaxies

VizieR on-line data: <Available at CDS (J/MNRAS/405/2505): table1.dat table3.dat pid.dat refs.dat>

Simbad objects: 239

goto Full paper

goto View the reference in ADS

Number of rows : 239

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 2MASX J00002427-5250313 G 00 00 24.271 -52 50 31.31           ~ 14 0
2 6dFGS gJ001143.3-072207 H2G 00 11 43.305 -07 22 07.37   18.41       ~ 50 0
3 IRAS F00183-7111 Sy2 00 20 34.7 -70 55 27     20.6     ~ 123 0
4 2MASX J00212652-0839261 LIN 00 21 26.530 -08 39 26.15   18.37       ~ 96 1
5 IRAS 00199-7426 G 00 22 07.0041916624 -74 09 41.587896860   17.41   16.24   ~ 31 1
6 IRAS F00235+1024 G 00 26 06.651 +10 41 26.57           ~ 24 0
7 QSO B0027-289 Sy1 00 30 04.2063799945 -28 42 25.819891932   16.4 16.0     ~ 75 0
8 IRAS 00275-0044 QSO 00 30 09.089 -00 27 44.19   19.68   18.36   ~ 13 0
9 [VV2010c] J003640.4-433926 QSO 00 36 40.4 -43 39 26   23.125 22.238 21.353   ~ 12 0
10 [VV2006] J004055.6-441249 QSO 00 40 55.6479174356 -44 12 49.518240413           ~ 11 0
11 6dFGS gJ004215.5-125604 H2G 00 42 15.54 -12 56 03.0   19.45       ~ 61 0
12 IRAS 00406-3127 Sy2 00 43 03.17 -31 10 49.5   19.97       ~ 25 0
13 IRAS 00456-2904 H2G 00 48 06.7010068082 -28 48 18.548437413   18.14       ~ 50 1
14 IRAS F00476-0054 Sy2 00 50 09.8192234130 -00 39 00.633593178   20.81 20.35     ~ 32 0
15 6dFGS gJ005040.3-270440 LIN 00 50 40.41 -27 04 38.3   18.369   18.305   ~ 33 0
16 IRAS 01003-2238 Sy2 01 02 49.9936617393 -22 21 57.258147027   18.62 18.9 17.83   ~ 140 0
17 6dFGS gJ011907.7-082910 H2G 01 19 07.568 -08 29 09.56   18.54       ~ 44 1
18 IRAS 01199-2307 H2G 01 22 20.884 -22 52 05.62   18.04     17.33 ~ 44 0
19 6dFGS gJ013221.4-072908 H2G 01 32 21.41 -07 29 08.5   19.04       ~ 55 0
20 PSCz Q01355-1814 H2G 01 37 56.6 -17 59 25           ~ 24 0
21 FF J0139+0115 G 01 39 27.18912 +01 15 46.7352           ~ 5 0
22 2MASX J01405591-4602533 H2G 01 40 55.8716338374 -46 02 53.781173198   17.53   16.20   ~ 23 0
23 2MASX J01515140-1830464 G 01 51 51.4246135039 -18 30 46.604977599   18.77       ~ 33 1
24 2MASX J01590262+2542367 H2G 01 59 02.626 +25 42 36.77           ~ 12 0
25 2MASX J01591372-2924356 Sy1 01 59 13.725 -29 24 35.61   18.18 18.20     ~ 43 1
26 Mrk 1014 Sy1 01 59 50.2529351498 +00 23 40.874250335   16.08 15.87     ~ 522 0
27 2MASX J02042730-2049413 G 02 04 27.3256292151 -20 49 41.234098219   17.45       ~ 38 0
28 6dFGS gJ021333.0-292339 LIN 02 13 33.05 -29 23 39.5   19.07       ~ 17 0
29 2MASX J02434617+0406377 H2G 02 43 46.172 +04 06 37.73           ~ 37 1
30 FIRST J024555.3+012328 G 02 45 55.355 +01 23 28.40           ~ 5 0
31 IRAS 02456-2220 G 02 47 51.258 -22 07 36.43   19.71   18.31   ~ 14 0
32 LEDA 165347 G 02 50 02.4 -37 32 43           ~ 18 0
33 2MASX J03021145-2707263 G 03 02 11.4405403491 -27 07 26.302575121   18.05       ~ 17 0
34 IRAS 03158+4227 G 03 19 11.97216 +42 38 25.5264           ~ 50 0
35 2MASX J03191239+4238436 Sy2 03 19 12.3906153026 +42 38 43.519057826           ~ 43 0
36 6dFGS gJ032322.9-075614 LIN 03 23 22.867 -07 56 15.29   18.93 18.40 17.30   ~ 30 0
37 2MASX J03274981+1616594 LIN 03 27 49.812 +16 16 59.43       21.20   ~ 44 0
38 IRAS 03538-6432 G 03 54 25.205 -64 23 44.58   18.85   17.64   ~ 25 0
39 IRAS 03521+0028 LIN 03 54 42.146 +00 37 03.33           ~ 81 0
40 6dFGS gJ040930.4-275343 G 04 09 30.2 -27 53 46   18.33   17.25   ~ 21 0
41 IRAS 04103-2838 LIN 04 12 19.4471694141 -28 30 24.951464125     16.9     ~ 63 0
42 IRAS 04114-5117 G 04 12 44.202 -51 09 40.22   18.12   17.22   ~ 18 1
43 6dFGS gJ043337.1-164331 LIN 04 33 37.05 -16 43 31.5   19.80   18.54   ~ 33 0
44 LEDA 484297 G 04 39 46.8 -48 44 14           ~ 18 0
45 2MASS J04411405-3734369 Sy2 04 41 14.0919532955 -37 34 37.054140384           ~ 8 0
46 6dFGS gJ050400.7-293654 G 05 04 00.7 -29 36 54   18.57   17.77   ~ 23 0
47 LEDA 2816449 Sy2 05 04 36.5 -19 37 02           ~ 34 1
48 2MASX J05210136-2521450 Sy2 05 21 01.3987198411 -25 21 45.269338983   15.47 14.75     ~ 441 0
49 LEDA 138814 G 05 25 27.0 -23 32 11           ~ 10 0
50 2MASX J05583717-7716393 G 05 58 37.176 -77 16 39.37           ~ 13 1
51 2MASX J06025406-7103104 LIN 06 02 54.066 -71 03 10.48   15.6       ~ 77 1
52 2MASX J06210118-6317238 Sy2 06 21 01.188 -63 17 23.81   16.70   15.27   ~ 56 1
53 IRAS 06301-7934 G 06 26 41.7 -79 36 32   19.01   17.57   ~ 19 0
54 2MASX J06301333+3507498 H2G 06 30 13.332 +35 07 49.86           ~ 20 0
55 IRAS 06361-6217 LIN 06 36 35.8 -62 20 32     17.84     ~ 32 0
56 PSCz Q06487+2208 H2G 06 51 45.8 +22 04 27           ~ 31 0
57 PSCz Q06561+1902 G 06 59 05.3 +18 58 08           ~ 14 0
58 2MASX J07273754-0254540 G 07 27 37.5366759821 -02 54 54.258142847           ~ 43 0
59 LEDA 139021 Sy2 07 29 12.2 +61 18 53     19.2     ~ 15 1
60 LEDA 139032 G 07 41 24.2 +32 08 02           ~ 14 0
61 PSCz Q07572+0533 LIN 07 59 59.736 +05 24 51.50           ~ 19 0
62 IRAS 07598+6508 Sy1 08 04 30.4643075056 +64 59 52.790728532   14.3 15.5     ~ 214 0
63 5C 7.206 LIN 08 23 12.6170282445 +27 51 39.641952137           ~ 52 0
64 2MASX J08332058-2509332 Sy1 08 33 20.588 -25 09 33.29   16.4       ~ 28 0
65 NVSS J083803+505504 rG 08 38 03.655 +50 55 09.09           ~ 22 0
66 LEDA 2816630 H2G 08 47 50.179 +23 21 08.67           ~ 22 0
67 2MASS J08501834+1802012 AGN 08 50 18.342 +18 02 01.24   19.99 19.03     ~ 37 0
68 2MASX J08584172+1041223 Sy2 08 58 41.7600226809 +10 41 22.024849251   16.84       ~ 52 0
69 NAME IRAS F08572+3915 NW LIN 09 00 25.364 +39 03 54.23     16.66     ~ 370 1
70 IRAS 08592+5248 FIR 09 02 47.50 +52 36 30.0           ~ 7 0
71 2MASX J09041268-3627007 G 09 04 12.689 -36 27 00.76           ~ 67 0
72 2MASX J09063400+0451271 LIN 09 06 34.003 +04 51 27.13           ~ 72 0
73 NAME IRAS 09111-1007W Sy2 09 13 36.4573260365 -10 19 29.982284396   15.7 16.10     ~ 74 1
74 2MASX J09141380+0322009 LIN 09 14 13.7954266624 +03 22 01.313536758           ~ 42 0
75 UGC 5101 Sy1 09 35 51.599 +61 21 11.33   15.20 15.50     ~ 519 4
76 IRAS 09425+1751 Sy2 09 45 21.3378510868 +17 37 53.253229836   20.85 20.09     ~ 38 0
77 2MASX J09530021+8127282 LIN 09 53 00.216 +81 27 28.22           ~ 30 0
78 LEDA 2816688 LIN 09 56 34.3 +08 43 06       20.90   ~ 53 0
79 [VV2003] J100552.9+493442 Sy1 10 05 52.6327909121 +49 34 48.003092756     19.61     ~ 20 0
80 NVSS J100626+272543 rG 10 06 26.320 +27 25 46.48           ~ 35 0
81 LEDA 165552 LIN 10 12 16.4 +46 49 42       22.20   ~ 37 0
82 3XMM J102142.6+130654 LIN 10 21 42.793 +13 06 56.04   17.51       ~ 67 3
83 SWIRE J103637.18+584217.0 G 10 36 37.18 +58 42 17.0           ~ 4 0
84 LEDA 1487448 Sy2 10 36 37.9440457761 +15 32 41.957812389           ~ 23 0
85 SWIRE J103946.28+582750.7 G 10 39 46.28 +58 27 50.7       23.36   ~ 4 0
86 2MASX J10402919+1053178 Sy1 10 40 29.1643651576 +10 53 18.203045589   17.79 17.18     ~ 85 0
87 SWIRE J104057.84+565238.9 G 10 40 57.869 +56 52 39.51       22.53   ~ 4 0
88 SWIRE J104117.93+595822.9 G 10 41 18.040 +59 58 22.97       20.83   ~ 4 0
89 FIRST J104240.8+323130 G 10 42 40.815 +32 31 30.99           ~ 7 0
90 SWIRE J104439.45+582958.5 G 10 44 39.735 +58 29 59.06       21.49   ~ 4 0
91 SWIRE J104830.58+591810.2 G 10 48 30.58 +59 18 10.2       23.28   ~ 4 0
92 LEDA 32516 LIN 10 51 03.67 -15 03 19.8           ~ 40 0
93 2MASX J10522356+4408474 LIN 10 52 23.518 +44 08 47.60           ~ 60 0
94 SWIRE J105432.71+575245.7 AG? 10 54 32.71 +57 52 45.6       23.29   ~ 5 0
95 SWIRE J105509.00+584934.3 G 10 55 09.00 +58 49 34.3           ~ 4 0
96 IRAS 10558+3845 G 10 58 39.299 +38 29 06.53           ~ 11 0
97 SWIRE J105840.62+582124.7 G 10 58 40.719 +58 21 25.14       23.85   ~ 4 0
98 2XMM J105918.1+243234 LIN 10 59 18.128 +24 32 34.74   15.7       ~ 243 1
99 SWIRE J105943.83+572524.9 G 10 59 43.834 +57 25 25.31       23.16   ~ 4 0
100 2MASX J11021405+3802352 H2G 11 02 13.9784635422 +38 02 35.115227222           ~ 25 0
101 LEDA 139520 LIN 11 05 37.538 +31 14 32.18           ~ 43 0
102 2dFGRS TGN232Z018 LIN 11 12 03.4 -02 54 23   17.45 17.40     ~ 85 1
103 IRAS 11119+3257 Sy1 11 14 38.8904034667 +32 41 33.481055206   19.22 17.96     ~ 120 1
104 6dFGS gJ111531.6-271622 LIN 11 15 31.56 -27 16 22.7   18.15   16.98   ~ 24 0
105 IRAS 11180+1623 LIN 11 20 41.75 +16 06 56.8           ~ 31 0
106 6dFGS gJ112450.7-130117 Sy2 11 24 50.731 -13 01 16.58   18.49   17.32   ~ 25 1
107 LEDA 2816771 LIN 11 41 22.031 +40 59 50.31           ~ 44 0
108 2MASX J11531422+1314276 H2G 11 53 14.226 +13 14 27.86   17.77       ~ 55 0
109 2MASX J11550518+1041282 LIN 11 55 05.182 +10 41 28.27           ~ 19 0
110 2MASX J11575822+4540240 Sy1 11 57 58.1869283514 +45 40 24.355476705           ~ 9 0
111 LEDA 1888605 LIN 12 00 46.836 +30 04 14.19           ~ 30 0
112 [VV2000] J120425.2+192504 Sy2 12 04 24.5418289462 +19 25 09.752818918   16.63 19.16     ~ 73 0
113 2MASX J12054771+1651085 LIN 12 05 47.714 +16 51 08.50   18.758   17.327   ~ 54 0
114 2MASX J12094512-0501140 Sy2 12 09 45.125 -05 01 14.08   17.52 17.8 16.56   ~ 90 1
115 LEDA 39024 LIN 12 13 46.107 +02 48 41.50           ~ 315 1
116 2MASX J12151913-1429422 LIN 12 15 19.134 -14 29 42.23           ~ 35 0
117 3C 273 BLL 12 29 06.6996828061 +02 03 08.598846466   13.05 14.830 14.11   ~ 5420 1
118 NAME SMM J123635+621237 EmG 12 36 34.510 +62 12 41.09 25.26 23.8632 24.53 23.18 22.7131 ~ 88 0
119 6dFGS gJ123831.6-074226 LIN 12 38 31.60 -07 42 25.5   19.40   18.23   ~ 26 1
120 LEDA 140007 H2G 12 47 07.745 +37 05 36.64           ~ 26 0
121 LB 11408 QSO 12 53 17.5763588311 +31 05 50.630845196   17.20 17.00     ~ 57 0
122 2XMM J125400.8+101112 Sy2 12 54 00.8204 +10 11 12.550   19.03 18.27     ~ 46 0
123 Mrk 231 Sy1 12 56 14.2340989340 +56 52 25.238555193   14.68 13.84     ~ 1827 3
124 LEDA 165612 LIN 13 13 14.5 -09 38 08       21.40   ~ 19 0
125 2MASX J13150638-5509225 Sy2 13 15 06.383 -55 09 22.60   17.3       ~ 112 0
126 4U 1317+06 Sy2 13 24 19.8846582898 +05 37 04.730704791   19.31 18.73 17.41   ~ 111 0
127 IRAS 13335-2612 LIN 13 36 22.29 -26 27 34.0           ~ 33 1
128 IRAS 13342+3932 Sy1 13 36 24.0620901443 +39 17 31.104286695     17.76     ~ 76 0
129 IRAS 13352+6402 G 13 36 50.986 +63 47 03.94           ~ 19 0
130 Mrk 273 Sy2 13 44 42.164 +55 53 13.53   15.68 14.91     ~ 840 3
131 ICRF J134733.3+121724 Sy2 13 47 33.36161542 +12 17 24.2402572   19.28 18.44 15.718   ~ 540 3
132 2MASX J13481941-3012017 Sy2 13 48 19.4118352235 -30 12 01.478360295   18.86 17.71     ~ 29 0
133 IRAS 13469+5833 H2G 13 48 40.079 +58 18 52.00   17.5       ~ 42 0
134 LEDA 165624 H2G 13 53 34.734 +04 27 52.30           ~ 7 0
135 2MASX J13561001+2905355 AGN 13 56 09.992 +29 05 35.08   17.23       ~ 56 0
136 2MASSI J1404388+432707 Sy1 14 04 38.7982068124 +43 27 07.453977673   16.12 15.76     ~ 117 0
137 2MASX J14081899+2904474 H2G 14 08 18.992 +29 04 47.46           ~ 56 0
138 LEDA 165630 Sy2 14 09 31.257 +05 11 31.31     17.00     ~ 66 0
139 2dFGRS TGN206Z237 LIN 14 14 45.5282420189 -01 40 54.805042208   18.006   17.772   ~ 30 0
140 IRAS 14197+0812 G 14 22 11.658 +07 59 27.84           ~ 28 0
141 2MASX J14223136+2602049 H2G 14 22 31.3873621186 +26 02 05.256515503           ~ 42 0
142 [KEC2012] 216.469459+34.044382 AGN 14 25 52.71 +34 02 40.2       19.54 18.91 ~ 9 0
143 [BWD2008] 70Bootes1 G 14 26 51.920 +34 31 35.02       20.62 19.81 ~ 6 0
144 2MASX J14280106-1603400 LIN 14 28 01.069 -16 03 40.05   18.62   17.43   ~ 27 0
145 NAME HBootes03 G 14 28 24.074 +35 26 19.35           ~ 34 0
146 [BWD2008] 70Bootes5 AGN 14 30 50.8 +34 48 48       24.6 22.4 ~ 5 0
147 [BWD2008] 70Bootes7 G 14 31 51.841 +32 43 27.99   22.3   20.5 19.7 ~ 7 0
148 [BWD2008] 70Bootes4 G 14 32 18.143 +34 12 59.70   23.3   22.0 21.0 ~ 6 0
149 [BWD2008] 70Bootes8 AGN 14 33 41.9 +33 01 36   22.7   21.1 20.2 ~ 4 0
150 [BWD2008] 70Bootes10 G 14 34 49.342 +34 10 13.86   23.6   21.47 20.7 ~ 6 0
151 [BWD2008] 70Bootes3 G 14 36 39.028 +34 52 22.04   23.2   22.0 21.0 ~ 6 0
152 2MASX J14373831-1500239 Sy1 14 37 38.317 -15 00 23.97   16.58 16.40     ~ 248 1
153 SDSS J143820.76+340234.3 G 14 38 20.766 +34 02 34.32   22.7   20.3 19.3 ~ 8 0
154 [BWD2008] 70Bootes6 AGN 14 38 30.6 +34 44 12   23.8   21.1 18.7 ~ 4 0
155 6dFGS gJ144059.0-370432 Sy2 14 40 59.0140344918 -37 04 31.937494895   17.72   16.48   ~ 95 0
156 2MASX J14410437+5320088 Sy2 14 41 04.377 +53 20 08.75   18.29 17.77     ~ 61 0
157 [VV2006] J144956.3+444156 Sy2 14 49 53.6835179106 +44 41 50.215928230           ~ 19 1
158 IRAS F14503+6006 AGN 14 51 35.2 +59 54 33           ~ 4 0
159 IRAS F14537+1950 G 14 56 06.022 +19 38 39.45           ~ 11 0
160 2MASX J15023198+1421352 Sy2 15 02 31.9755844913 +14 21 34.926031528   20.69 20.13     ~ 50 0
161 LEDA 84437 G 15 05 39.548 +57 43 07.07           ~ 27 0
162 2MASX J15155520-2009172 Sy2 15 15 55.1796610713 -20 09 16.933375464   18.34 17.1 17.16   ~ 48 0
163 IRAS F15176+5216 Sy2 15 19 07.3366984495 +52 06 05.874409459   18.67 18.00     ~ 41 0
164 IRAS 15206+3342 Sy2 15 22 38.104 +33 31 35.90           ~ 95 0
165 2MASX J15244389+2340099 H2G 15 24 43.890 +23 40 09.91           ~ 44 0
166 2MASX J15265942+3558372 LIN 15 26 59.442 +35 58 37.01   15.61       ~ 248 1
167 2XMM J153244.0+324248 Sy2 15 32 44.0259738182 +32 42 46.719802275     19.8     ~ 105 0
168 IC 4553 SyG 15 34 57.22396 +23 30 11.6084   14.76 13.88     ~ 2739 4
169 6dFGS gJ154856.8-045934 Sy1 15 48 56.8020193188 -04 59 33.594217796   16.4 16.40 16.85   ~ 88 0
170 IRAS F16001+1652 Sy1 16 02 22.3839826182 +16 43 53.785900898           ~ 6 0
171 ELAISC15 J160733+534749 G 16 07 34.03 +53 47 48.2       21.50 21.88 ~ 5 0
172 ELAISC15 J161015+540615 G 16 10 16.0503 +54 06 17.747       22.60 21.97 ~ 6 0
173 2MASX J16114042-0147062 LIN 16 11 40.4278789850 -01 47 06.559720269   16.6       ~ 68 0
174 ELAISC15 J161255+540724 G 16 12 55.16 +54 07 24.8       21.80 21.39 ~ 5 0
175 EIRS 2 G 16 13 49.983 +54 26 28.43 20.51     21.40 21.25 ~ 5 0
176 FF J1614+3234 G 16 14 22.131 +32 34 03.63           ~ 16 0
177 ELAISC15 J161441+550208 G 16 14 41.14 +55 02 08.0 22.33       21.61 ~ 5 0
178 ELAISC15 J161551+550722 QSO 16 15 51.3049473515 +55 07 23.147615451 19.22 19.3   19.2 19.34 ~ 7 0
179 LEDA 2817004 Sy2 16 18 09.4114 +01 39 20.951           ~ 35 1
180 PN A66 39 PN 16 27 33.7200850209 +27 54 33.472758646   15.27 15.60     DAO.70 120 0
181 LEDA 165690 LIN 16 32 21.378 +15 51 45.50   18.72 18.06     ~ 52 1
182 EIRS 42 G 16 34 22.15104 +41 43 49.2708 21.81       20.95 ~ 5 0
183 IRAS 16334+4630 LIN 16 34 52.1 +46 24 53   17.66       ~ 41 1
184 [VV96] J163531.2+410024 QSO 16 35 31.0615626814 +41 00 27.382489228 18.07 19.42 19.09   18.50 ~ 35 0
185 ELAISC15 J163536+404754 G 16 35 36.64 +40 47 53.8         21.78 ~ 5 0
186 [VV2006] J163553.7+412055 QSO 16 35 53.6344118106 +41 20 55.877536936 18.74 18.8 19.36 18.7 18.92 ~ 9 0
187 [VV96] J163739.3+405642 QSO 16 37 39.300 +40 56 43.65   19.94 19.72     ~ 14 0
188 [VV96] J164010.4+410522 QSO 16 40 10.1317579894 +41 05 22.191809744 16.43 17.41 17.06   16.73 ~ 21 0
189 ELAISC15 J164036+412524 G 16 40 36.76 +41 25 23.7           ~ 5 0
190 LEDA 140652 G 16 46 58.9 +45 48 23           ~ 12 0
191 LEDA 2817027 LIN 16 48 01.70 +51 55 44.4           ~ 31 0
192 LEDA 90258 H2G 16 49 14.092 +34 25 13.20           ~ 51 1
193 LEDA 90261 LIN 16 49 46.88 +54 42 35.4   17.5       ~ 60 1
194 NGC 6240 Sy2 16 52 58.861 +02 24 03.55   14.31 13.37     ~ 1515 2
195 2MASX J16551989+5256348 Sy2 16 55 19.896 +52 56 34.83     17.7     ~ 16 0
196 2MASX J17034196+5813443 LIN 17 03 41.960 +58 13 44.37           ~ 50 0
197 2MASX J17042850+6716277 LIN 17 04 28.506 +67 16 27.78     17.0     ~ 49 0
198 LEDA 165718 H2G 17 08 32.12 +40 23 28.2           ~ 39 0
199 2MASX J17185436+5441486 Sy2 17 18 54.2347 +54 41 47.464           ~ 71 1
200 6dFGS gJ172322.0-001701 LIN 17 23 21.943 -00 17 00.96   15.1       ~ 379 0
201 FF J1725+3709 G 17 25 07.401 +37 09 32.09           ~ 7 0
202 IRAS 17463+5806 G 17 47 05.6 +58 05 18           ~ 16 0
203 LEDA 90295 G 18 05 27.0 +07 05 58           ~ 13 0
204 PSCz Q18368+3549 Sy2 18 38 35.435 +35 52 19.75           ~ 34 0
205 LEDA 90308 G 18 42 54.8 +74 36 21           ~ 23 0
206 LEDA 165786 G 18 56 51.9 -46 13 07           ~ 6 0
207 2MASX J18581381+6531250 Sy2 18 58 13.813 +65 31 25.04   17.8       ~ 27 0
208 LEDA 165791 H2G 19 00 41.2 +35 21 27           ~ 20 0
209 NAME Superantennae Sy2 19 31 21.4252803168 -72 39 21.448768732   17.39 16.37 14.65   ~ 280 2
210 2MASX J19322229-0400010 EmG 19 32 22.2960198723 -04 00 01.793135107   18.85   17.04   ~ 90 0
211 LEDA 90339 G 19 48 15.7 +09 52 05           ~ 33 0
212 LEDA 166649 G 19 56 35.79 +11 19 05.4           ~ 44 0
213 IRAS 20037-1547 Sy1 20 06 31.7 -15 39 08     16.00     ~ 33 0
214 2MASX J20112386-0259503 LIN 20 11 23.862 -02 59 50.33   17.80   16.41   ~ 55 0
215 [VV2000] J201329.8-414735 QSO 20 13 29.509 -41 47 35.48   17.0       ~ 109 2
216 LEDA 140888 PaG 20 21 11.1 -47 47 08           ~ 18 0
217 LEDA 166679 LIN 20 30 54.2 +18 56 39           ~ 18 0
218 6dFGS gJ204418.2-164017 LIN 20 44 18.186 -16 40 16.63   18.02   17.04   ~ 78 0
219 ESO 286-19 LIN 20 58 26.8182983654 -42 38 59.418569678   14.79 14.79 14.20   ~ 253 0
220 LEDA 1049091 H2G 21 23 29.19 -05 06 56.4           ~ 29 1
221 2MASX J21244166-1744458 Sy1 21 24 41.6402257270 -17 44 45.885457804   17.18 16.50 15.95   ~ 85 0
222 FF J2131-0141 G 21 31 53.513 -01 41 42.97           ~ 5 0
223 2MASX J21354580-2332359 LIN 21 35 45.8177743819 -23 32 36.301593274           ~ 32 1
224 LEDA 2817305 LIN 21 50 16.2 +05 16 04       23.10   ~ 21 0
225 2MASX J22074966+3039393 LIN 22 07 49.666 +30 39 39.32           ~ 22 0
226 6dFGS gJ221133.8-181706 H2G 22 11 33.8 -18 17 06   18.38       ~ 31 0
227 6dFGS gJ222328.8-270003 H2G 22 23 28.909 -27 00 03.44   17.50       ~ 38 1
228 NAME South America H2G 22 51 49.307 -17 52 23.96   16.97       ~ 290 3
229 LEDA 165915 Sy2 23 04 21.1 +34 21 47           ~ 15 0
230 2MASX J23083397+0521293 Sy2 23 08 33.9521188955 +05 21 29.763819747           ~ 137 0
231 IRAS 23129+2548 LIN 23 15 21.3 +26 04 32           ~ 43 0
232 ESO 148-2 Sy2 23 15 46.772 -59 03 15.94   14.94 14.73 13.95   ~ 236 1
233 2MASX J23255611+1002500 LIN 23 25 56.118 +10 02 50.07           ~ 51 1
234 2MASX J23260362-6910185 LIN 23 26 03.625 -69 10 18.58   16.6       ~ 39 0
235 2MASX J23280604-5358309 H2G 23 28 06.0899186859 -53 58 30.679199450   17.19   16.10   ~ 28 0
236 WISE J233511.92+293000.3 LIN 23 35 11.93 +29 30 00.2           ~ 47 0
237 2MASX J23390127+3621087 SyG 23 39 01.274 +36 21 08.77   16.17       ~ 199 1
238 [VV2000] J235225.0+244009 Sy2 23 52 25.9821 +24 40 16.239     16.20     ~ 49 0
239 IRAS 23515-2917 Sy2 23 54 06.5 -29 01 00   19.3       ~ 20 1

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 2010MNRAS.405.2505N and select 'bookmark this link' or equivalent in the popup menu


2021.04.16-10:49:27

© Université de Strasbourg/CNRS

    • Contact