2010MNRAS.409....2R

Query : 2010MNRAS.409....2R

2010MNRAS.409....2R - Mon. Not. R. Astron. Soc., 409, 2-11 (2010/November-3)

Cold dust and young starbursts: spectral energy distributions of Herschel SPIRE sources from the HerMES survey.

ROWAN-ROBINSON M., ROSEBOOM I.G., VACCARI M., AMBLARD A., ARUMUGAM V., AULD R., AUSSEL H., BABBEDGE T., BLAIN A., BOCK J., BOSELLI A., BRISBIN D., BUAT V., BURGARELLA D., CASTRO-RODRIGUEZ N., CAVA A., CHANIAL P., CLEMENTS D.L., CONLEY A., CONVERSI L., COORAY A., DOWELL C.D., DWEK E., DYE S., EALES S., ELBAZ D., FARRAH D., FOX M., FRANCESCHINI A., GEAR W., GLENN J., GONZALEZ SOLARES E.A., GRIFFIN M., HALPERN M., HATZIMINAOGLOU E., HUANG J., IBAR E., ISAAK K., IVISON R.J., LAGACHE G., LEVENSON L., LU N., MADDEN S., MAFFEI B., MAINETTI G., MARCHETTI L., MORTIER A.M.J., NGUYEN H.T., O'HALLORAN B., OLIVER S.J., OMONT A., PAGE M.J., PANUZZO P., PAPAGEORGIOU A., PATEL H., PEARSON C.P., PEREZ FOURNON I., POHLEN M., RAWLINGS J.I., RAYMOND G., RIGOPOULOU D., RIZZO D., SCHULZ B., SCOTT D., SEYMOUR N., SHUPE D.L., SMITH A.J., STEVENS J.A., SYMEONIDIS M., TRICHAS M., TUGWELL K.E., VALTCHANOV I., VIGROUX L., WANG L., WARD R., WRIGHT G., XU C.K. and ZEMCOV M.

Abstract (from CDS):

We present spectral energy distributions (SEDs) for 68 Herschel sources detected at 5σ at 250, 350 and 500 µm in the HerMES SWIRE-Lockman field. We explore whether existing models for starbursts, quiescent star-forming galaxies and active galactic nucleus dust tori are able to model the full range of SEDs measured with Herschel. We find that while many galaxies (∼56 per cent) are well fitted with the templates used to fit IRAS, Infrared Space Observatory (ISO) and Spitzer sources, for about half the galaxies two new templates are required: quiescent (`cirrus') models with colder (10-20 K) dust and a young starburst model with higher optical depth than Arp 220. Predictions of submillimetre fluxes based on model fits to 4.5-24 µm data agree rather poorly with the observed fluxes, but the agreement is better for fits to 4.5-70 µm data. Herschel galaxies detected at 500 µm tend to be those with the highest dust masses.

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

Journal keyword(s): galaxies: evolution - galaxies: starburst - galaxies: star formation - cosmology: observations - infrared: galaxies

VizieR on-line data: <Available at CDS (J/MNRAS/409/2): table2.dat>

Nomenclature: Table 2: [RRV2010] DDD.ddddd+DD.ddddd N=86.

Simbad objects: 89

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Number of rows : 89
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 M 82 AGN 09 55 52.430 +69 40 46.93 9.61 9.30 8.41     ~ 5873 6
2 5MUSES 80 G 10 35 13.73 +57 34 44.5           ~ 5 0
3 [RRV2010] 158.92084+57.47687 G 10 35 41.00 +57 28 36.7           ~ 1 0
4 [RRV2010] 158.99170+58.97944 G 10 35 58.01 +58 58 46.0           ~ 1 0
5 [RRV2010] 159.02222+59.17973 G 10 36 05.33 +59 10 47.0           ~ 1 0
6 [RRV2010] 159.05000+58.45025 G 10 36 12.00 +58 27 00.9           ~ 1 0
7 [RRV2010] 159.06248+57.91819 G 10 36 15.00 +57 55 05.5           ~ 1 0
8 [RRV2010] 159.12962+58.90953 G 10 36 31.11 +58 54 34.3           ~ 1 0
9 [RRV2010] 159.18820+58.03481 G 10 36 45.17 +58 02 05.3           ~ 1 0
10 [RRV2010] 159.22012+58.31201 G 10 36 52.83 +58 18 43.2           ~ 1 0
11 [RRV2010] 159.27916+57.51514 G 10 37 07.00 +57 30 54.5           ~ 1 0
12 [RRV2010] 159.28676+57.65699 G 10 37 08.82 +57 39 25.2           ~ 1 0
13 [RRV2010] 159.49042+57.76735 G 10 37 57.70 +57 46 02.5           ~ 1 0
14 [RRV2010] 159.61342+57.87177 G 10 38 27.22 +57 52 18.4           ~ 1 0
15 [RRV2010] 159.67081+57.94089 G 10 38 40.99 +57 56 27.2           ~ 1 0
16 SDSS J103842.20+590108.9 QSO 10 38 42.2102016024 +59 01 08.880989304           ~ 8 0
17 [RRV2010] 159.70134+58.61901 G 10 38 48.32 +58 37 08.4           ~ 1 0
18 [RRV2010] 159.70450+58.38959 G 10 38 49.08 +58 23 22.5           ~ 1 0
19 [RRV2010] 159.75601+58.53660 G 10 39 01.44 +58 32 11.8           ~ 1 0
20 [RRV2010] 159.88918+59.07882 G 10 39 33.40 +59 04 43.8           ~ 1 0
21 2MASX J10395642+5724185 G 10 39 56.4525721896 +57 24 18.688458924           ~ 10 0
22 [RRV2010] 160.00403+57.31637 G 10 40 00.97 +57 18 58.9           ~ 1 0
23 [RRV2010] 160.05550+58.52735 G 10 40 13.32 +58 31 38.5           ~ 1 0
24 2MASS J10402421+5809182 AGN 10 40 24.2519911224 +58 09 18.510668460           ~ 9 0
25 [RRV2010] 160.28583+58.77047 G 10 41 08.724 +58 46 14.42           ~ 3 0
26 [RRV2010] 160.35732+59.34703 G 10 41 25.76 +59 20 49.3           ~ 1 0
27 [RRV2010] 160.39917+58.65377 G 10 41 35.862 +58 39 13.96           ~ 3 0
28 LEDA 2584923 G 10 41 52.5445073520 +58 58 22.534228920           ~ 7 0
29 SDSS J104202.50+584025.3 QSO 10 42 02.5059367776 +58 40 25.343344200           ~ 8 0
30 [RRV2010] 160.54668+59.17580 G 10 42 11.20 +59 10 32.9           ~ 1 0
31 [RRV2010] 160.76065+58.44792 G 10 43 02.56 +58 26 52.5           ~ 1 0
32 [RRV2010] 160.97595+59.36114 G 10 43 54.23 +59 21 40.1           ~ 1 0
33 [RRV2010] 161.11140+59.45845 G 10 44 26.74 +59 27 30.4           ~ 1 0
34 [RRV2010] 161.11208+57.70857 G 10 44 26.90 +57 42 30.9           ~ 1 0
35 SDSS J104427.61+585411.3 G 10 44 27.5529099408 +58 54 11.328609672           ~ 12 0
36 [RRV2010] 161.19606+57.60232 G 10 44 47.05 +57 36 08.4           ~ 1 0
37 [RRV2010] 161.24333+57.55045 G 10 44 58.40 +57 33 01.6           ~ 1 0
38 NAME Lockman Hole reg 10 45 00.0 +58 00 00           ~ 843 0
39 [RRV2010] 161.28079+57.89500 G 10 45 07.39 +57 53 42.0           ~ 1 0
40 [RRV2010] 161.32074+58.78179 G 10 45 16.98 +58 46 54.4           ~ 1 0
41 LAMOST J104523.18+573058.5 G 10 45 23.20 +57 30 58.5           ~ 2 0
42 [RRV2010] 161.44548+59.58356 G 10 45 46.92 +59 35 00.8           ~ 1 0
43 [RRV2010] 161.45622+57.56762 G 10 45 49.49 +57 34 03.4           ~ 1 0
44 SDSS J104610.95+580939.9 QSO 10 46 10.9681819968 +58 09 39.682142748           ~ 9 0
45 [RRV2010] 161.54903+59.04079 G 10 46 11.77 +59 02 26.8           ~ 1 0
46 [RRV2010] 161.55408+58.09828 G 10 46 12.98 +58 05 53.8           ~ 1 0
47 [RRV2010] 161.60800+58.23610 G 10 46 25.92 +58 14 10.0           ~ 1 0
48 [RRV2010] 161.62852+57.54497 G 10 46 30.84 +57 32 41.9           ~ 1 0
49 [RRV2010] 161.65623+57.73351 G 10 46 37.50 +57 44 00.6           ~ 1 0
50 DES J104653.41+593914.1 GiC 10 46 53.4118 +59 39 14.173           ~ 2 0
51 LHW J104709+584334 G 10 47 09.14 +58 43 34.1           ~ 2 0
52 [RRV2010] 161.85199+59.06105 G 10 47 24.48 +59 03 39.8           ~ 1 0
53 [RRV2010] 161.86531+57.94479 G 10 47 27.67 +57 56 41.2           ~ 1 0
54 LHW J104802+585420B G 10 48 03.54 +58 54 21.2           ~ 3 0
55 [RRV2010] 162.10071+59.34946 G 10 48 24.17 +59 20 58.1           ~ 1 0
56 [RRV2010] 162.11961+58.27710 G 10 48 28.71 +58 16 37.6           ~ 1 0
57 SWIRE J104847.14+572337.6 AGN 10 48 47.14 +57 23 37.6       23.74   ~ 7 0
58 [RRV2010] 162.21977+59.63440 G 10 48 52.74 +59 38 03.8           ~ 1 0
59 [VV2006] J104919.5+585850 QSO 10 49 19.5190656336 +58 58 50.377165968   19.50 19.26     ~ 39 0
60 [RRV2010] 162.35535+57.92122 G 10 49 25.28 +57 55 16.4           ~ 1 0
61 SDSS J104927.54+590405.9 QSO 10 49 27.5473607232 +59 04 05.591797932           ~ 8 0
62 LHW J104939+574116 G 10 49 39.21 +57 41 17.6           ~ 3 0
63 [RRV2010] 162.51204+58.11813 G 10 50 02.89 +58 07 05.3           ~ 1 0
64 [RRV2010] 162.53716+57.82069 G 10 50 08.92 +57 49 14.5           ~ 1 0
65 LHW J105010+575441 G 10 50 10.45 +57 54 41.7           ~ 2 0
66 LHW J105048+574304 G 10 50 48.27 +57 43 03.6           ~ 3 0
67 SDSS J105113.29+571426.7 AGN 10 51 13.295 +57 14 26.71           ~ 11 0
68 [RRV2010] 162.84056+57.70921 G 10 51 21.73 +57 42 33.2           ~ 1 0
69 LHW J105140+584820 G 10 51 40.15 +58 48 21.5           ~ 3 0
70 [RRV2010] 162.93555+58.62388 G 10 51 44.53 +58 37 26.0           ~ 1 0
71 LHW J105145+585127 G 10 51 45.86 +58 51 28.9           ~ 2 0
72 2MFGC 8461 G 10 51 47.545 +58 16 08.79           ~ 5 0
73 [RRV2010] 163.03342+58.16816 G 10 52 08.02 +58 10 05.4           ~ 1 0
74 [RRV2010] 163.07271+58.98540 G 10 52 17.45 +58 59 07.4           ~ 1 0
75 LHW J105242+583958 G 10 52 42.60 +58 39 57.5           ~ 2 0
76 [RRV2010] 163.17931+58.67978 G 10 52 43.03 +58 40 47.2           ~ 1 0
77 [RRV2010] 163.18320+58.37976 G 10 52 43.97 +58 22 47.1           ~ 1 0
78 [RRV2010] 163.31041+58.25547 G 10 53 14.50 +58 15 19.7           ~ 1 0
79 [RRV2010] 163.39421+57.71170 G 10 53 34.601 +57 42 42.30           ~ 6 0
80 [RRV2010] 163.42009+58.61931 G 10 53 40.82 +58 37 09.5           ~ 1 0
81 [RRV2010] 163.56523+58.70536 G 10 54 15.66 +58 42 19.3           ~ 1 0
82 LHW J105514+575950 G 10 55 14.63 +57 59 49.5           ~ 2 0
83 [RRV2010] 164.09378+58.25208 G 10 56 22.51 +58 15 07.5           ~ 1 0
84 2MASX J10572708+5756286 G 10 57 27.0998240328 +57 56 28.908694464           ~ 6 0
85 [RRV2010] 164.52054+58.30782 G 10 58 04.93 +58 18 28.2           ~ 1 0
86 [RRV2010] 164.53999+58.03517 G 10 58 09.60 +58 02 06.6           ~ 1 0
87 [RRV2010] 164.67636+57.55608 G 10 58 42.33 +57 33 21.9           ~ 1 0
88 [RRV2010] 164.85812+58.30039 G 10 59 25.95 +58 18 01.4           ~ 1 0
89 IC 4553 SyG 15 34 57.22396 +23 30 11.6084   14.76 13.88     ~ 2966 4

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