2016MNRAS.460.3232C

Query : 2016MNRAS.460.3232C

2016MNRAS.460.3232C - Mon. Not. R. Astron. Soc., 460, 3232-3254 (2016/August-2)

Physical conditions and element abundances in supernova and γ-ray burst host galaxies at different redshifts.

CONTINI M.

Abstract (from CDS):

We compare the physical parameters and the relative abundances calculated throughout supernova (SN) and γ-ray burst (GRB) host galaxies using a detailed modelling of the spectra. The coupled effect of shocks and radiation from the starburst within the host galaxy is considered. We have found the following. (i) Shock velocities are lower in long-period GRBs (LGRBs) than in SN host galaxies. (ii) O/H relative abundances in SN hosts are scattered within a range 8.0 < 12+log(O/H) < 8.85 but they are close to solar in LGRB hosts. LGRB galaxies hosting Wolf-Rayet stars have He/H=0.13 in a few objects. (iii) The starburst temperatures within a few SN hosts are relatively high (T_* > 10^5 K). The values of T_* in LGRB hosts are ∼3-8 x 10^4 K. (iv) The Hα absolute flux calculated from the emitting clouds of a few SN hosts at 0.1 < z < 0.3 is sensibly higher than in the other galaxies. Hα increases sharply with the ionization parameter U. The present analysis suggests that the SN-host symbiosis is stronger than for GRBs in terms of activity. The physical and chemical conditions in the GRB host galaxies are similar to those in starburst galaxies within a large redshift range.

Abstract Copyright: © 2016 The Author Published by Oxford University Press on behalf of the Royal Astronomical Society

Journal keyword(s): radiation mechanisms: general - shock waves - gamma-ray burst: general - supernovae: general - galaxies: abundances - galaxies: high-redshift - galaxies: high-redshift

Status at CDS : Associated data (images, light curves, etc...) being ingested in VizieR.

CDS comments: The reference for Leloudas et al. 2015 is 2015MNRAS.449..917L (not 2015A&A...574A..61L).

Simbad objects: 128

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Number of rows : 128
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 GRB 070110 gB 00 03 39.270 -52 58 27.00 21.8 21.9 21.2     ~ 220 0
2 GRB 991108 gB 00 25 -56.4           ~ 9 0
3 Fermi bn131231198 gB 00 42 44.0 -01 29 40           ~ 103 0
4 GRB 050824 gB 00 48 56.100 +22 36 32.00 19.66 21.03 20.46 23.70   ~ 184 0
5 SN 2011kl SN* 00 57 22.64 -46 48 03.6           SNSLSN 268 1
6 Fermi bn081221681 gB 01 03 10.2 -24 32 53           ~ 186 0
7 Fermi bn100814160 gB 01 29 53.61 -17 59 43.6           ~ 219 0
8 GRB 000210 gB 01 59 15 -40 40.0           ~ 175 0
9 LSQ 11jw SN* 02 04 47.40 +00 50 06.0           ~ 4 0
10 GRB 091018 gB 02 08 46 -57 33.0           ~ 169 0
11 GRB 110918A gB 02 10 09.39 -27 06 19.6           ~ 83 0
12 SN 2008gc SN* 02 10 36.63 -53 45 59.5           SNIb 12 1
13 SN 2009nz SN* 02 26 19.87 -18 57 08.6           ~ 307 1
14 GRB 070802 gB 02 27 35.91 -55 31 39.1           ~ 168 0
15 GRB 070129 gB 02 28 00.940 +11 41 04.00       21.3   ~ 120 0
16 SN 2004ib SN* 02 40 56.40 -00 10 48.3           SNIc 11 1
17 Fermi bn130925164 gB 02 44 42.38 -26 09 15.8           ~ 184 0
18 SN 2007gg SN* 02 52 22.68 +16 31 40.3       19.1   SNIb/c 4 1
19 PTF 10vqv SN* 03 03 06.80 -01 32 34.9           SLSN-I 23 0
20 Fermi bn090926914 gB 03 05 14.30 -38 59 50.9           ~ 149 1
21 SN 2008ao SN* 03 07 46.66 +38 22 06.2     17.3     SNIc 17 1
22 SN 2005kr SN* 03 08 29.67 +00 53 20.2   22.1       SNIc 25 1
23 GRB 070318 gB 03 13 56.830 -42 56 46.30 18.27 16.23 15.49     ~ 170 0
24 SN 2006aj SN* 03 21 39.670 +16 52 02.27 17.96 19.11 17.40     SNIc-BL 1007 1
25 PS1-10bzj SN* 03 31 39.826 -27 47 42.17           SLSN-I 55 0
26 SN 2006nx SN* 03 33 30.63 -00 40 38.2           SNIb/c 33 1
27 GRB 070328 gB 04 20 27.680 -34 04 00.60 20.29         ~ 97 0
28 GRB 090407 gB 04 35 54.98 -12 40 45.5           ~ 87 0
29 SN 2008iu SN* 04 36 55.20 -00 21 35.6           ~ 11 1
30 GRB 140301A gB 04 38 13.81 -34 15 24.3           ~ 48 0
31 GRB 121024A gB 04 41 53.31 -12 17 26.1           ~ 143 0
32 GRB 081210 gB 04 41 56.19 -11 15 27.8           ~ 56 0
33 Fermi bn131105087 gB 04 43 53.50 -63 00 17.7           ~ 95 0
34 GRB 050915A gB 05 26 44.804 -28 00 59.27           ~ 88 0
35 M 1 SNR 05 34 31.8 +22 01 03           ~ 6516 1
36 GRB 050826 gB 05 51 01.590 -02 38 35.40           ~ 136 0
37 GRB 090201 gB 06 08 12.30 -46 36 16.1           ~ 68 0
38 GRB 061202 gB 07 02 06.190 -74 41 54.91           ~ 83 0
39 SN 2010bh SN* 07 10 30.63 -56 15 19.7           SNIc 336 1
40 SN 2011gh SN* 07 32 14.94 +25 54 14.6           SNIb/c 6 1
41 SN 1997ef SN* 07 57 02.87 +49 33 41.3     16.5     SNIc-BL 281 1
42 Fermi bn120119170 gB 08 00 06.940 -09 04 53.83           ~ 193 0
43 SN 2003lw SN* 08 02 30.1 -39 51 03       20.23   SNIc: 576 0
44 GRB 070612A gB 08 05 28.530 +37 16 09.57           ~ 82 0
45 SN 2007az SN* 08 25 23.80 +69 54 29.4     18.9     SNIb 7 1
46 SN 2012bz SN* 09 07 38.38 +14 01 07.5           SNIb/c 193 1
47 SN 1999as SN* 09 16 30.86 +13 39 02.2     18.3     SNIcpec 55 1
48 SN 1999bd SN* 09 30 29.17 +16 26 07.8     17.7     SNII 17 1
49 SN 2010am SN* 09 33 01.75 +15 49 08.8           SNIIb 12 1
50 GRB 061021 gB 09 40 36.120 -21 57 05.40 18.21 19.20 16.82     ~ 160 0
51 SN 2012il SN* 09 46 12.91 +19 50 28.7           SLSN-I 68 1
52 GRB 070306 gB 09 52 23.220 +10 28 55.20           ~ 222 1
53 SN 2010Q SN* 10 26 27.11 +39 01 50.9           SNIc 8 1
54 SN 2003dh SN* 10 44 50.030 +21 31 18.15     16.2     SNIcpec 1261 1
55 PS1-11ap SN* 10 48 27.73 +57 09 09.2           SLSN-I 57 0
56 SN 2010cn SN* 11 04 06.57 +04 49 58.7           SNIb 14 1
57 SN 2007db SN* 11 17 10.30 -06 11 48.6       18.3   SNIc 5 1
58 GRB 050714B gB 11 18 47.610 -15 32 48.90           ~ 80 0
59 Fermi bn120624933 gB 11 23 31.98 +08 55 42.1           ~ 100 0
60 SN 2010gx SN* 11 25 46.71 -08 49 41.4           SLSN-I 165 1
61 SDSS J112848.22+170418.5 G 11 28 48.22989 +17 04 18.5014           ~ 393 0
62 SN 2013cq SN* 11 32 32.84 +27 41 56.2           SNIc 613 1
63 GRB 011121 gB 11 34 26.67 -76 01 41.6       23.0   ~ 286 1
64 SN 2010ah SN* 11 44 02.99 +55 41 27.6           SNIc 55 1
65 Fermi bn100615083 gB 11 48 49.25 -19 28 52.2           ~ 133 0
66 GRB 070224 gB 11 56 06.650 -13 19 48.80           ~ 60 0
67 SN 2010kd SN* 12 08 01.11 +49 13 31.1           SLSN-I 35 1
68 SN 2007ce SN* 12 10 17.96 +48 43 31.5     17.4     SNIc-BL 26 1
69 SN 2005nb SN* 12 13 37.61 +16 07 16.2     17.2     SNIc-BL 28 1
70 SN 2008am SN* 12 28 36.25 +15 34 49.1     18.7     SNIIn 52 1
71 GRB 050416 gB 12 33 54.600 +21 03 26.69     19.12     ~ 300 1
72 PTF 10bip SN* 12 34 10.52 +08 21 48.5           SNIc 11 0
73 SN 2010ay SN* 12 35 27.19 +27 04 02.8           SNIc 51 1
74 SN 2006tf SN* 12 46 15.81 +11 25 55.4     16.7     SNIIn 112 1
75 PTF 10heh SN* 12 48 52.00 +13 26 24.5           SNIIn 9 0
76 SN 2007bi SN* 13 19 20.19 +08 55 44.3       18.3   SLSN-I 228 1
77 GRB 080207 gB 13 50 03.02 +07 30 08.0           ~ 114 0
78 SN 2011ke SN* 13 50 57.77 +26 16 42.8     18.6     SLSN-I 92 1
79 GRB 100424A gB 13 57 47.46 +01 32 20.3           ~ 71 0
80 GRB 020405 gB 13 58 03.12 -31 22 22.2   21.9 21.5     ~ 259 1
81 PTF 12dam SN* 14 24 46.20 +46 13 48.3           SLSN-I 172 0
82 SN 2011kf SN* 14 36 57.53 +16 30 56.6           SLSN-I 42 1
83 GRB 060814 gB 14 45 21.480 +20 35 11.80           ~ 241 0
84 GRB 120722A gB 15 21 58.0 +13 15 01           ~ 49 0
85 SN 2007ea SN* 15 53 46.27 -27 02 15.5       18.2   SNIc 6 1
86 SN 1991R SN* 15 54 53.47 +19 00 43.7     18     SNIb/c 8 1
87 PTF 11dsf SN* 16 11 33.55 +40 18 03.5           SNII 11 0
88 PTF 09cnd SN* 16 12 08.94 +51 29 16.1           SLSN-I 120 0
89 GRB 991208 gB 16 33 53.51 +46 27 21.5           ~ 269 1
90 SN 2010md SN* 16 37 47.00 +06 12 32.3           SLSN-I 110 1
91 GRB 100418A gB 17 05 26.96 +11 27 41.9           ~ 198 0
92 GRB 080605 gB 17 28 30.04 +04 00 56.9           ~ 198 0
93 NAME Kepler's SN SNR 17 30 40.51 -21 29 14.4           ~ 851 3
94 GRB 120815A gB 18 15 54.40 -52 07 29.0           ~ 103 0
95 SN 2005kz SN* 19 00 49.82 +50 53 01.8     18.7     SNIc 26 1
96 SN 1998bw SN* 19 35 03.17 -52 50 46.1   14.09       SNIc 1928 2
97 SN 2007hl SN* 20 50 07.76 -01 58 36.4       19.5   SNIb/c 5 1
98 NAME Cyg Loop SNR 20 51.0 +30 40           ~ 964 0
99 GRB 080805 gB 20 56 55.30 -62 25 58.8           ~ 102 0
100 GRB 100621A gB 21 01 13.12 -51 06 22.5           ~ 204 0
101 GRB 070419B gB 21 02 49.820 -31 15 49.30   20.35       ~ 86 0
102 Fermi bn110818860 gB 21 09 20.890 -63 58 51.80           ~ 92 0
103 SN 2005ks SN* 21 37 56.56 -00 01 56.9   22.5       SNIc 23 1
104 Fermi bn080804972 gB 21 54 41.90 -53 11 20.2           ~ 158 0
105 GRB 051221 G 21 54 48.626 +16 53 27.16 19.49         ~ 377 0
106 SN 2011it SN* 22 02 44.43 +31 41 48.5           SNIc 7 1
107 GRB 060505 gB 22 07 03.440 -27 48 51.89           ~ 286 1
108 SN 2006oz SN* 22 08 53.56 +00 53 50.4           SLSN-I 90 1
109 SNLS 06D4eu SN* 22 15 54.291 -18 10 45.56           SLSN-I 35 0
110 GRB 061110A gB 22 25 09.800 -02 15 30.70 21.43         ~ 134 0
111 SN 2006qk SN* 22 25 32.3 +00 09 14           SNIc: 24 1
112 SN 2006ja SN* 22 26 51.912 +00 30 21.80           SNIa: 20 1
113 GRB 990712 gB 22 31 53.061 -73 24 28.58           ~ 268 1
114 GRB 071021 gB 22 42 34.33 +23 43 05.4           ~ 104 0
115 GRB 020903 gB 22 48 42.34 -20 46 09.3           ~ 248 1
116 GRB 010921 gB 22 55 59.90 +40 55 52.9           ~ 173 1
117 GRB 020819 gB 23 00 12 -43 00.7           ~ 135 1
118 SN 2006ir SN* 23 04 35.68 +07 36 21.5         16.9 SNIc 23 1
119 SN 2009of SN* 23 09 13.42 +07 48 15.4           SNIb 9 0
120 GRB 131103A gB 23 15 40.55 -44 38 25.4           ~ 44 0
121 CRTS SSS120810 J231802-560926 SN* 23 18 01.80 -56 09 25.6           SNI 34 0
122 SN 2003jd SN* 23 21 03.38 -04 53 45.5   16.34       SNIc-BL 147 1
123 NAME Cas A SNR 23 23 26.0 +58 48 41     14.30     ~ 3033 1
124 Fermi bn100816026 gB 23 26 57.56 +26 34 42.6           ~ 170 0
125 PTF 10qaf SN* 23 35 42.85780 +10 46 32.6028           SNIIn 13 0
126 SN 2012eb SN* 23 41 38.35 -46 11 07.0           SNIb/c 62 1
127 GRB 051022A gB 23 56 04.200 +19 36 32.30           ~ 194 1
128 GRB 980703 gB 23 59 06.7 +08 35 07           ~ 453 1

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