2013MNRAS.430.1746G


C.D.S. - SIMBAD4 rel 1.7 - 2020.04.06CEST12:01:59

2013MNRAS.430.1746G - Mon. Not. R. Astron. Soc., 430, 1746-1763 (2013/April-2)

Discovery of 90 Type Ia supernovae among 700 000 Sloan spectra: the Type Ia supernova rate versus galaxy mass and star formation rate at redshift ∼ 0.1.

GRAUR O. and MAOZ D.

Abstract (from CDS):

Using a method to discover and classify supernovae (SNe) in galaxy spectra, we find 90 Type Ia SNe (SNe Ia) and 10 Type II SNe among the ∼ 700000 galaxy spectra in the Sloan Digital Sky Survey Data Release 7 that have star-formation histories (SFHs) derived with the VErsatile SPectral Analysis code (vespa). We use the SN Ia sample to measure SN Ia rates per unit stellar mass. We confirm, at the median redshift of the sample, z = 0.1, the inverse dependence on galaxy mass of the SN Ia rate per unit mass, previously reported by Li et al. for a local sample. We further confirm, following Kistler et al., that this relation can be explained by the combination of galaxy `downsizing' and a power-law delay-time distribution (DTD; the distribution of times that elapse between a hypothetical burst of star formation and the subsequent SN Ia explosions) with an index of -1, inherent to the double-degenerate progenitor scenario. We use the method of Maoz et al. to recover the DTD by comparing the number of SNe Ia hosted by each galaxy in our sample with the vespa-derived SFH of the stellar population within the spectral aperture. In this galaxy sample, which is dominated by old and massive galaxies, we recover a `delayed' component to the DTD of 4.5±0.6(statistical) _-0.5^+0.3 (systematic) x10–14SNeM- 1yr- 1 for delays in the range >2.4 Gyr. The mass-normalized SN Ia rate, averaged over all masses and redshifts in our galaxy sample, is R_Ia,M(z=0.1) = 0.10 ±0.01 (statistical) ±0.01 (systematic) SNuM, and the volumetric rate is RIa, V(z = 0.1) = 0.247 _-0.026^+0.029 (statistical) _-0.031^+0.016 (systematic) x10- 4SNeyr- 1Mpc- 3. This rate is consistent with the rates and rate evolution from other recent SN Ia surveys, which together also indicate a ∼ t-1 DTD.

Abstract Copyright: © 2013 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society (2013)

Journal keyword(s): methods: observational - surveys - supernovae: general

VizieR on-line data: <Available at CDS (J/MNRAS/430/1746): table4.dat>

Nomenclature: Table 4: [GM2013] SDSS NNNN-NNNNN-NNN SN N=100.

Status at CDS:  

Simbad objects: 218

goto Full paper

goto View the reference in ADS

Number of rows : 218

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 SN 2005hk SN* 00 27 50.89 -01 11 53.3   15.92       SNIax 183 1
2 [GM2013] SDSS 0418-51884-144 SN SN* 00 39 38.3 +14 39 51           SNIa 1 0
3 2MASX J00393835+1439509 G 00 39 38.319 +14 39 51.24           ~ 9 0
4 CAIRNS J005505.64+001104.6 GiC 00 55 05.635 +00 11 04.51           ~ 3 0
5 [GM2013] SDSS 0394-51812-554 SN SN* 00 55 05.635 +00 11 04.51           SNIa 2 0
6 LEDA 1464418 G 01 18 35.836 +14 41 00.49           ~ 5 0
7 SN 2000fz SN* 01 18 35.862 +14 41 00.50     17.8     SNIa 6 1
8 SN 2000cx SN* 01 24 46.19 +09 30 31.3   13.3       SNIap 193 1
9 SN 2002ic SN* 01 30 02.55 +21 53 06.9     18.5     SNIapec 209 1
10 SN 2000ga SN* 02 29 03.783 -08 24 13.77     20.0     SNIa 6 1
11 SN 2005gj SN* 03 01 11.96 -00 33 13.9   18.6       SNIapec 173 1
12 SN 2001kl SN* 03 08 51.43 -01 10 24.1     20.4     SNIa 6 1
13 SNR B0509-67.5 SNR 05 09 31 -67 31.3           ~ 194 0
14 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 14628 1
15 SDSS J074734.48+272647.4 G 07 47 34.487 +27 26 47.32           ~ 5 0
16 [GM2013] SDSS 1059-52618-144 SN SN* 07 47 34.488 +27 26 47.33           SNIa 2 0
17 SN 2001ks SN* 07 56 46.474 +36 59 16.88     18.7     SNIa 6 1
18 [GM2013] SDSS 0437-51869-328 SN SN* 07 58 13.339 +44 01 08.16           SNII 2 0
19 2MASX J07581336+4401086 Sy1 07 58 13.339 +44 01 08.16   18.14 17.84     ~ 5 0
20 SN 2000fy SN* 08 03 12.63 +47 36 49.5     19.5     SNIa 9 1
21 2MASX J08031266+4736499 Sy2 08 03 12.669 +47 36 49.94   19.58 18.78     ~ 8 0
22 SDSS J080421.29+464713.2 BiC 08 04 21.297 +46 47 13.26           ~ 5 0
23 [GM2013] SDSS 0438-51884-166 SN SN* 08 04 21.297 +46 47 13.26           SNIa 2 0
24 PTF 11kx SN* 08 09 12.87 +46 18 48.8           SNIa 106 0
25 [GM2013] SDSS 1205-52670-632 SN SN* 08 11 18.422 +26 09 58.09           SNIa 2 0
26 SDSS J081118.42+260958.1 G 08 11 18.422 +26 09 58.09           ~ 3 0
27 [GM2013] SDSS 2420-54086-142 SN SN* 08 14 50.2 +11 42 56           SNIa 1 0
28 SDSS J081450.21+114255.7 G 08 14 50.2114887823 +11 42 55.796282443           ~ 1 0
29 2MASX J08243997+5440077 G 08 24 39.9691432945 +54 40 08.109705719           ~ 6 0
30 [GM2013] SDSS 1782-53383-517 SN SN* 08 24 40.0 +54 40 08           SNIa 1 0
31 [GM2013] SDSS 1207-52672-512 SN SN* 08 24 49.946 +29 36 44.19           SNII 2 0
32 SDSS J082449.94+293644.1 G 08 24 49.948 +29 36 44.19           ~ 6 0
33 SN 2004cl SN* 08 29 33.46 +08 52 05.5           SNIa 6 1
34 SDSS J082933.46+085205.3 G 08 29 33.467 +08 52 05.37           ~ 4 1
35 SN 2001kn SN* 08 32 09.829 +47 17 27.77     19.9     SNIa 6 1
36 [GM2013] SDSS 0762-52232-67 SN SN* 08 39 06.359 +43 42 44.22           SNIa 2 0
37 SDSS J083906.35+434244.2 G 08 39 06.359 +43 42 44.22           ~ 2 0
38 [GM2013] SDSS 1298-52964-304 SN SN* 08 39 09.655 +07 24 31.59           SNIa 2 0
39 2MASX J08390967+0724320 Sy2 08 39 09.675 +07 24 32.10   15.3       ~ 12 0
40 [GM2013] SDSS 0864-52320-82 SN SN* 08 39 39.9 +35 39 15           SNII 1 0
41 2MASX J08393993+3539152 Sy1 08 39 39.9147157721 +35 39 14.989440342   17.69 17.04     ~ 4 0
42 SDSS J084828.08+142523.5 G 08 48 28.085 +14 25 23.52           ~ 2 0
43 [GM2013] SDSS 2429-53799-33 SN SN* 08 48 28.085 +14 25 23.52           SNIa 2 0
44 SDSS J084903.48+055015.7 G 08 49 03.488 +05 50 15.75           ~ 2 0
45 [GM2013] SDSS 1189-52668-239 SN SN* 08 49 03.489 +05 50 15.82           SNIa 2 0
46 SDSS J084943.93+121755.3 G 08 49 43.935 +12 17 55.31           ~ 4 0
47 [GM2013] SDSS 2430-53815-267 SN SN* 08 49 43.949 +12 17 55.50           SNIa 3 0
48 LEDA 2572362 G 09 22 29.148 +57 54 29.29           ~ 6 0
49 SN 2001kj SN* 09 22 29.202 +57 54 28.62     18.1     SNIa 8 1
50 SN 2001kq SN* 09 33 34.33 +55 10 25.9     19.1     SNIa 5 1
51 SDSS J093747.44+281715.3 G 09 37 47.445 +28 17 15.31           ~ 2 0
52 [GM2013] SDSS 1944-53385-434 SN SN* 09 37 47.445 +28 17 15.31           SNIa 2 0
53 [GM2013] SDSS 1788-54468-126 SN SN* 09 40 19.6 +63 16 54           SNIa 1 0
54 SDSS J094019.62+631654.1 BiC 09 40 19.6162214393 +63 16 54.158298563           ~ 3 0
55 SN 2001kp SN* 09 51 53.064 +01 06 05.62     18.2     SNIa 8 1
56 LEDA 1184611 G 09 51 53.069 +01 06 05.83           ~ 6 0
57 2dFGRS TGN352Z107 G 09 59 15.762 +00 58 02.31   18.410   17.228   ~ 5 0
58 SN 2001kr SN* 09 59 15.79 +00 58 02.8     19.1     SNIa 6 1
59 SN 2004ar SN* 09 59 48.17 +11 28 26.5           SNIa 7 1
60 2MASX J09594822+1128228 G 09 59 48.2707193491 +11 28 22.526953019           ~ 4 1
61 SDSS J100326.49+320758.7 G 10 03 26.495 +32 07 58.73           ~ 2 0
62 [GM2013] SDSS 1949-53433-80 SN SN* 10 03 26.495 +32 07 58.73           SNIa 2 0
63 2dFGRS TGN356Z058 G 10 18 00.488 -00 01 58.08   19.19       ~ 6 0
64 SN 2000fx SN* 10 18 00.50 -00 01 58.5     18.7     SNIa 8 1
65 SDSS J102230.51+354034.9 G 10 22 30.507 +35 40 34.94           ~ 2 0
66 [GM2013] SDSS 1957-53415-232 SN SN* 10 22 30.507 +35 40 34.94           SNIa 2 0
67 2MASX J10225009+1142108 G 10 22 50.113 +11 42 10.79           ~ 7 1
68 SN 2004cj SN* 10 22 50.13 +11 42 10.9           SNIa 7 1
69 [GM2013] SDSS 0905-52643-213 SN SN* 10 29 58.555 +53 30 06.59           SNIa 2 0
70 SDSS J102958.55+533006.6 G 10 29 58.555 +53 30 06.59           ~ 3 0
71 [GM2013] SDSS 2593-54175-334 SN SN* 10 31 34.647 +19 04 07.17           SNII 2 0
72 SDSS J103134.64+190407.1 G 10 31 34.647 +19 04 07.17           ~ 4 0
73 [GM2013] SDSS 2594-54177-348 SN SN* 10 33 37.9 +16 36 11           SNIa 1 0
74 2MASX J10333792+1636107 G 10 33 37.9156115284 +16 36 10.686507754           ~ 3 0
75 SN 2006af SN* 10 33 57.17 +20 20 25.7           SNIa 11 1
76 2MASX J10335719+2020255 G 10 33 57.198 +20 20 25.56           ~ 5 1
77 [GM2013] SDSS 0578-52339-314 SN SN* 10 38 49.484 +04 00 56.29           SNIa 2 0
78 SDSS J103849.48+040056.2 G 10 38 49.484 +04 00 56.29           ~ 2 0
79 [GM2013] SDSS 2019-53430-10 SN SN* 10 44 40.5 +30 38 03           SNIa 1 0
80 SDSS J104440.53+303803.3 G 10 44 40.534 +30 38 03.30           ~ 4 0
81 SN 2001ki SN* 10 48 58.41 -00 26 45.2     19.3     SNIa 5 1
82 [GM2013] SDSS 2886-54498-598 SN SN* 10 57 10.6 +09 24 03           SNIa 1 0
83 LEDA 1364555 G 10 57 10.631 +09 24 03.41           ~ 5 0
84 [GM2013] SDSS 2218-53816-295 SN SN* 11 26 00.180 +26 03 13.04           SNIa 2 0
85 SDSS J112600.18+260313.0 G 11 26 00.182 +26 03 12.96           ~ 2 0
86 SDSS J112857.26+171327.4 G 11 28 57.2673654002 +17 13 27.390363253           ~ 2 0
87 [GM2013] SDSS 2499-54176-550 SN SN* 11 28 57.3 +17 13 27           SNIa 1 0
88 LEDA 2324337 G 11 29 00.547 +48 43 59.32           ~ 6 0
89 [GM2013] SDSS 0966-52642-221 SN SN* 11 29 00.547 +48 43 59.32           SNIa 2 0
90 2MASX J11322523+1437128 LSB 11 32 25.232 +14 37 12.87           ~ 5 0
91 [GM2013] SDSS 1755-53386-309 SN SN* 11 32 25.251 +14 37 12.78           SNIa 2 0
92 [GM2013] SDSS 1310-53033-459 SN SN* 11 34 12.691 +58 15 43.66           SNIa 2 0
93 SDSS J113412.69+581543.6 Sy2 11 34 12.691 +58 15 43.66           ~ 5 0
94 [GM2013] SDSS 1755-53386-516 SN SN* 11 39 13.5 +15 02 16           SNII 1 0
95 LEDA 1473566 G 11 39 13.535 +15 02 15.75           ~ 6 0
96 [GM2013] SDSS 0328-52282-570 SN SN* 11 43 41.247 -01 28 37.05           SNIa 2 0
97 2dFGRS TGN310Z283 G 11 43 41.247 -01 28 37.05   18.567   17.065   ~ 5 0
98 SDSS J114438.44+295323.7 G 11 44 38.446 +29 53 23.68           ~ 5 0
99 [GM2013] SDSS 2222-53799-480 SN SN* 11 44 38.446 +29 53 23.68           SNIa 2 0
100 [GM2013] SDSS 1445-53062-67 SN SN* 11 48 27.453 +42 07 55.36           SNIa 2 0
101 SDSS J114827.45+420755.3 G 11 48 27.453 +42 07 55.36           ~ 3 0
102 SN 2005bn SN* 12 03 23.90 +35 19 32.8           SNII 8 1
103 2MASX J12032390+3519330 G 12 03 23.914 +35 19 32.98           ~ 7 1
104 [GM2013] SDSS 2609-54476-295 SN SN* 12 05 49.051 +18 58 58.52           SNIa 2 0
105 SDSS J120549.05+185858.5 G 12 05 49.051 +18 58 58.52           ~ 3 0
106 SDSS J121739.59+051924.3 G 12 17 39.588 +05 19 24.38           ~ 3 0
107 [GM2013] SDSS 0844-52378-462 SN SN* 12 17 39.588 +05 19 24.38           SNIa 2 0
108 [GM2013] SDSS 1231-52725-553 SN SN* 12 27 42.374 +09 57 28.56           SNII 2 0
109 SDSS J122742.36+095728.5 G 12 27 42.374 +09 57 28.56           ~ 3 0
110 SDSS J123625.46+503641.6 G 12 36 25.466 +50 36 41.70           ~ 3 0
111 [GM2013] SDSS 1278-52735-425 SN SN* 12 36 25.466 +50 36 41.70           SNIa 2 0
112 SDSS J124332.24+185745.3 G 12 43 32.242 +18 57 45.35           ~ 2 0
113 [GM2013] SDSS 2614-54481-257 SN SN* 12 43 32.242 +18 57 45.35           SNIa 2 0
114 [GM2013] SDSS 1038-52673-135 SN SN* 12 47 24.642 +53 43 50.96           SNIa 2 0
115 SDSS J124724.64+534350.9 G 12 47 24.642 +53 43 50.96           ~ 3 0
116 2dFGRS TGN325Z156 G 12 47 33.405 +00 05 57.17   18.677   17.306   ~ 6 0
117 SN 2001kk SN* 12 47 33.41 +00 05 56.8     18.8     SNIa 7 1
118 [GM2013] SDSS 1791-54266-583 SN SN* 12 56 26.851 +10 13 39.86           SNIa 2 0
119 SDSS J125626.85+101339.8 G 12 56 26.851 +10 13 39.86           ~ 2 0
120 [GM2013] SDSS 1793-53883-40 SN SN* 13 05 43.999 +09 34 46.80           SNIa 2 0
121 2MASX J13054397+0934473 Sy2 13 05 43.999 +09 34 46.80           ~ 7 0
122 SDSS J130554.98+174937.8 G 13 05 54.988 +17 49 37.84           ~ 5 0
123 [GM2013] SDSS 2603-54479-486 SN SN* 13 05 54.988 +17 49 37.84           SNIa 2 0
124 LEDA 2275350 G 13 13 07.115 +46 05 54.36           ~ 4 0
125 [GM2013] SDSS 1459-53117-22 SN SN* 13 13 07.115 +46 05 54.36           SNII 2 0
126 SN 2002cx SN* 13 13 49.72 +06 57 31.9   17.68       SNIapec 190 1
127 SDSS J131630.13+124037.0 G 13 16 30.133 +12 40 37.04           ~ 3 0
128 [GM2013] SDSS 1697-53142-506 SN SN* 13 16 30.133 +12 40 37.04           SNIa 2 0
129 [GM2013] SDSS 2664-54524-468 SN SN* 13 23 01.399 +24 30 23.68           SNIa 2 0
130 LEDA 1708958 G 13 23 01.399 +24 30 23.68           ~ 6 0
131 2MASX J13283398+4151086 G 13 28 33.981 +41 51 08.66           ~ 5 1
132 SN 2004co SN* 13 28 33.99 +41 51 08.3           SNIa 6 1
133 [GM2013] SDSS 1801-54156-371 SN SN* 13 31 12.787 +07 57 26.43           SNIa 2 0
134 SDSS J133112.78+075726.4 G 13 31 12.787 +07 57 26.43           ~ 2 0
135 SDSS J133432.73+110756.7 G 13 34 32.731 +11 07 56.77           ~ 3 0
136 [GM2013] SDSS 1700-53502-302 SN SN* 13 34 32.731 +11 07 56.77           SNIa 2 0
137 SN 2001ku SN* 13 39 44.711 +62 23 37.10     19.9     SNIa 5 1
138 SDSS J133944.76+622337.2 G 13 39 44.764 +62 23 37.20           ~ 2 0
139 [GM2013] SDSS 1803-54152-260 SN SN* 13 41 37.627 +05 52 15.75           SNIa 2 0
140 SDSS J134137.62+055215.7 G 13 41 37.627 +05 52 15.75           ~ 3 0
141 SN 2011fe SN* 14 03 05.711 +54 16 25.22   10.12 10.06     SNIa 490 1
142 2dFGRS TGN272Z096 G 14 05 16.185 -01 42 40.71   17.893   16.693   ~ 4 0
143 [GM2013] SDSS 0915-52443-543 SN SN* 14 05 16.185 -01 42 40.71           SNIa 2 0
144 MCG+03-36-047 G 14 06 22.295 +16 29 00.16   14.7       ~ 11 0
145 [GM2013] SDSS 2744-54272-561 SN SN* 14 06 22.311 +16 29 00.41           SNIa 2 0
146 [GM2013] SDSS 1324-53088-169 SN SN* 14 07 58.927 +54 21 47.19           SNIa 2 0
147 SDSS J140758.92+542147.1 G 14 07 58.927 +54 21 47.19           ~ 2 0
148 [GM2013] SDSS 2771-54527-5 SN SN* 14 09 54.708 +19 39 41.59           SNIa 2 0
149 SDSS J140954.70+193941.5 LIN 14 09 54.708 +19 39 41.59           ~ 4 0
150 SDSS J141058.32+645051.0 G 14 10 58.328 +64 50 51.04           ~ 3 0
151 SN 2001ko SN* 14 10 58.330 +64 50 50.90     20.0     SNIa 7 1
152 SDSS J141224.51+170023.5 G 14 12 24.512 +17 00 23.48           ~ 2 0
153 [GM2013] SDSS 2758-54523-82 SN SN* 14 12 24.512 +17 00 23.48           SNIa 2 0
154 [GM2013] SDSS 0606-52365-412 SN SN* 14 13 16.0 +62 01 56           SNIa 1 0
155 2MASX J14131602+6201557 EmG 14 13 16.0138198609 +62 01 56.202040241           ~ 3 0
156 SN 2003fg SN* 14 16 18.924 +52 14 53.68           SNIa 112 1
157 [GM2013] SDSS 1645-53172-349 SN SN* 14 28 55.541 +35 04 56.46           SNIa 2 0
158 [KEC2012] 217.231441+35.082364 G 14 28 55.541 +35 04 56.46       15.79 14.71 ~ 6 0
159 [GM2013] SDSS 2747-54233-613 SN SN* 14 35 18.101 +15 32 06.46           SNIa 2 0
160 SDSS J143518.10+153206.4 G 14 35 18.101 +15 32 06.46           ~ 2 0
161 [GM2013] SDSS 1710-53504-488 SN SN* 14 36 10.561 +12 26 42.34           SNIa 2 0
162 SDSS J143610.56+122642.3 G 14 36 10.561 +12 26 42.34           ~ 2 0
163 SDSS J144058.72+450750.9 G 14 40 58.731 +45 07 50.88           ~ 3 0
164 [GM2013] SDSS 1289-52734-413 SN SN* 14 40 58.731 +45 07 50.88           SNIa 2 0
165 [GM2013] SDSS 1843-53816-491 SN SN* 14 52 57.205 +31 04 27.06           SNIa 2 0
166 SDSS J145257.20+310427.0 G 14 52 57.205 +31 04 27.06           ~ 2 0
167 [GM2013] SDSS 2792-54556-210 SN SN* 15 05 31.7 +17 59 05           SNIa 1 0
168 2MASX J15053172+1759051 G 15 05 31.7079138665 +17 59 04.765869415           ~ 5 0
169 2MASX J15165445+3707261 EmG 15 16 54.432 +37 07 26.46           ~ 5 0
170 [GM2013] SDSS 1400-53470-351 SN SN* 15 16 54.432 +37 07 26.46           SNIa 2 0
171 2MASX J15204507+3648419 LIN 15 20 45.073 +36 48 41.93           ~ 6 1
172 SN 2005bm SN* 15 20 45.08 +36 48 42.3           SNIa 7 1
173 LEDA 1602504 rG 15 22 45.611 +19 42 20.37           ~ 5 0
174 [GM2013] SDSS 2159-54328-161 SN SN* 15 22 45.611 +19 42 20.37           SNIa 2 0
175 [GM2013] SDSS 0313-51673-154 SN SN* 15 27 34.991 -00 03 34.12           SNIa 2 0
176 2MASX J15273496-0003345 G 15 27 34.991 -00 03 34.12           ~ 5 0
177 SDSSCGB 74597.1 G 15 32 53.976 +13 07 03.55           ~ 3 0
178 [GM2013] SDSS 2768-54265-233 SN SN* 15 32 53.976 +13 07 03.55           SNIa 2 0
179 2MASX J15340387+0212375 G 15 34 03.8557337203 +02 12 37.707520950   15.7       ~ 11 0
180 [GM2013] SDSS 2954-54561-572 SN SN* 15 34 03.9 +02 12 38           SNIa 1 0
181 [GM2013] SDSS 2754-54240-593 SN SN* 15 36 51.781 +12 08 06.45           SNIa 2 0
182 SDSS J153651.78+120806.5 G 15 36 51.781 +12 08 06.45           ~ 2 0
183 SDSS J153812.10+250244.2 G 15 38 12.102 +25 02 44.29           ~ 2 0
184 [GM2013] SDSS 2165-53917-406 SN SN* 15 38 12.102 +25 02 44.29           SNIa 2 0
185 SN 2004cp SN* 15 40 24.75 +32 51 57.2           SNIa 7 1
186 2MASX J15402480+3251569 G 15 40 24.804 +32 51 56.98           ~ 5 1
187 [GM2013] SDSS 1403-53227-456 SN SN* 15 48 57.375 +33 57 25.40           SNIa 2 0
188 SDSS J154857.37+335725.3 G 15 48 57.375 +33 57 25.40           ~ 2 0
189 [GM2013] SDSS 2199-53556-232 SN SN* 16 01 16.5 +17 46 04           SNIa 1 0
190 MCG+03-41-035 GiC 16 01 16.5238836971 +17 46 03.844469060   15.6       ~ 10 0
191 [GM2013] SDSS 1392-52822-147 SN SN* 16 01 32.5 +26 59 15           SNIa 1 0
192 [VV2006] J160132.5+265915 QSO 16 01 32.5557913639 +26 59 15.090322186   18.31 17.68     ~ 4 0
193 [GM2013] SDSS 2173-53874-154 SN SN* 16 01 42.543 +20 34 36.87           SNIa 2 0
194 SDSS J160142.54+203436.8 G 16 01 42.543 +20 34 36.87           ~ 4 0
195 [GM2013] SDSS 1406-52876-528 SN SN* 16 12 52.726 +30 50 58.57           SNII 2 0
196 SDSS J161252.72+305058.5 G 16 12 52.726 +30 50 58.57           ~ 5 0
197 [GM2013] SDSS 0814-52443-249 SN SN* 16 13 36.1 +43 43 32           SNIa 1 0
198 SDSS J161336.11+434332.0 LIN 16 13 36.107 +43 43 32.04           ~ 3 0
199 SDSS J161713.38+482828.0 G 16 17 13.386 +48 28 27.80           ~ 6 0
200 SN 2001kt SN* 16 17 13.40 +48 28 27.7     19.9     SNIa 8 1
201 SN 2003lx SN* 16 19 21.65 +41 05 23.8           SNIa 6 1
202 2MASX J16192170+4105240 LIN 16 19 21.705 +41 05 24.05           ~ 13 0
203 SDSS J162011.08+380641.2 G 16 20 11.081 +38 06 41.28           ~ 2 0
204 [GM2013] SDSS 1337-52767-480 SN SN* 16 20 11.081 +38 06 41.28           SNIa 2 0
205 MaNGA 1-323888 G 16 22 44.788 +32 39 33.06           ~ 9 0
206 [GM2013] SDSS 1684-53239-484 SN SN* 16 22 44.788 +32 39 33.06           SNII 2 0
207 [GM2013] SDSS 2202-53566-403 SN SN* 16 24 23.7 +15 40 36           SNIa 1 0
208 SDSS J162423.71+154036.2 G 16 24 23.727 +15 40 36.40           ~ 2 0
209 SDSS J163658.66+270635.2 G 16 36 58.667 +27 06 35.28           ~ 1 0
210 [GM2013] SDSS 2949-54557-440 SN SN* 16 36 58.7 +27 06 35           SNIa 1 0
211 LEDA 2524591 G 17 32 28.538 +56 04 25.64           ~ 6 0
212 SN 2000gb SN* 17 32 28.54 +56 04 25.1     20.4     SNIa 7 1
213 V* RS Oph No* 17 50 13.1592776879 -06 42 28.481553668   12.29 4.30     OB+M2ep 918 0
214 SN 2006gz SN* 18 10 26.33 +30 59 44.4   16.6       SNIa 123 1
215 [GM2013] SDSS 0738-52521-360 SN SN* 22 27 10.208 +13 39 58.05           SNIa 2 0
216 SDSS J222710.20+133958.0 G 22 27 10.208 +13 39 58.05           ~ 2 0
217 [GM2013] SDSS 0745-52258-92 SN SN* 23 23 06.161 +13 40 00.67           SNIa 2 0
218 2MASX J23230615+1340001 G 23 23 06.161 +13 40 00.67           ~ 5 0

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 2013MNRAS.430.1746G and select 'bookmark this link' or equivalent in the popup menu


2020.04.06-12:01:59

© Université de Strasbourg/CNRS

    • Contact