1980A&A....91...53A

Query : 1980A&A....91...53A

1980A&A....91...53A - Astronomy and Astrophysics, volume 9153-58 (1980)

Circumstellar absorption and intrinsic colours of massive stars.

ARDEBERG A. and MAURICE E.

Journal keyword(s):

Simbad objects: 54

goto View the references in ADS

Number of rows : 54
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 HD 270754 s*b 04 47 04.4509965192 -67 06 53.121123648 10.351 11.219 11.26   10.992 B1.5Ia 92 0
2 HD 268605 s*b 04 50 18.9258130824 -67 39 38.036838240 10.244 11.2 11.377   11.322 O9.5/B0Ia 99 0
3 HD 268623 s*b 04 52 19.0947780648 -66 43 53.320001052 10.709 11.51 11.61   11.482 B2Ia 48 0
4 HD 268653 s*b 04 53 30.0339060432 -66 55 28.189420104   10.68 10.76 10.71 10.67 B3Ia 45 0
5 HD 268685 s*b 04 54 31.8862673064 -67 15 24.584925456 10.616 11.376 11.541   11.599 B1Ia 55 0
6 HD 268809 s*b 04 56 10.4576405688 -69 15 38.298995208 10.762 11.866 11.964   12.031 B0.7Ia 45 0
7 HD 32228 WR* 04 56 34.666 -66 28 26.34   10.685 10.830     WC4+O9.5II: 96 0
8 HD 268732 s*b 04 57 04.4395141656 -66 34 38.571040380 10.652 11.494 11.587     BC1Iab 60 0
9 HD 268743 ** 04 57 44.22312 -66 27 40.1724 10.035 11.466 11.541 11.933   ~ 44 0
10 HD 268867 * 04 57 48.9012688536 -69 52 22.499183784 10.469 11.392 11.399   11.468 B2Ia 35 0
11 HD 270952 WR* 05 01 23.0763876936 -65 52 33.206008764 10.944 11.871 12.07   12.187 O6Iaf 61 0
12 HD 269006 s*b 05 02 07.3942092168 -71 20 13.116800076 9.93 10.60 10.55 10.43 10.38 LBV 261 0
13 HD 268984 * 05 02 08.4734227272 -70 39 55.773974664 11.396 12.00 12.084   12.046 OB 18 0
14 HD 269018 * 05 03 29.5852380288 -70 41 59.407404648 10.979 11.65 11.704   11.501 OB 31 0
15 HD 269009 * 05 03 45.8860968048 -70 11 57.485208156   11.0 11.1     B3Ia 29 0
16 HD 269020 * 05 04 08.4185989704 -70 15 45.683335188   12.48 12.60     OB 13 0
17 HD 269074 * 05 06 16.0418710536 -70 29 35.671642404 10.291 11.0 11.1   11.443 OB 25 0
18 HD 269050 s*b 05 07 20.4218668824 -68 32 08.569322196 10.593 11.581 11.54 11.46 11.55 B0Ia(e?) 89 0
19 HD 269101 s*b 05 09 45.1932448776 -68 46 09.875716680   12.00 12.03 11.950   B3Iab 26 0
20 HD 269116 s*b 05 09 53.0548418760 -68 55 37.866462312 11.041 11.971 12.07   11.874 B0.7Ia 15 0
21 HD 269227 WR* 05 13 54.2756276088 -69 31 46.665067440 11.429 11.98 11.918 12.13 10.557 WN9/10+M2Ia 167 0
22 HD 269244 * 05 14 29.6395489008 -69 29 43.606127436 10.399 11.34 11.65   11.682 OB 24 0
23 HD 269333 WR* 05 18 19.2104631720 -69 11 40.657335684 10.375 11.23 11.29 11.47 11.412 WN+BI 63 0
24 HD 271163 * 05 18 51.7465663008 -65 41 22.427266812 11.187 11.6 9.984     B3Ia 38 0
25 HD 269357 s*b 05 18 59.4790204920 -69 12 54.801550908   11.89 12.10     O6Ib(f) 63 0
26 HD 35517 WR* 05 19 16.3515868608 -69 39 20.012864004 11.193 11.754 11.58 12.36 11.953 WC4+O5/6III/V+O 92 0
27 HD 269371 * 05 20 19.0830107928 -67 18 05.679651096   11.3 11.0     B3Ia 54 0
28 HD 271213 s*b 05 21 27.9292272600 -71 56 19.135059540   12.26 12.31     B1Iak 34 0
29 HD 269445 WR* 05 22 59.7855849168 -68 01 46.635948408 10.79 11.77 11.520 11.41 10.979 Ofpe/WN9 137 0
30 HD 269440 Pu* 05 23 00.6635783712 -67 11 22.048279584   11.31 11.50     B1Ia 39 0
31 HD 269504 Pu* 05 25 38.9263896528 -67 19 00.061068936   11.86 11.95     OB 32 0
32 HD 36402 WR* 05 26 03.9637892880 -67 29 57.087864096   11.25 11.621 11.65   (WC) 143 0
33 HD 269545 * 05 26 56.4771093528 -67 39 35.044558632   11.77 11.90     OB 17 0
34 HD 269559 * 05 27 20.5304554944 -67 12 51.770689524 10.884 11.2 11.361     OB 21 0
35 HD 269655 s*b 05 30 37.8469757208 -68 24 39.195964728   12.22 12.20 12.13   B0Ia 36 0
36 HD 269660 s*b 05 30 47.7753524136 -71 04 02.325450144 10.281 11.15 11.19   10.767 B2Ia 64 0
37 HD 269676 ** 05 31 15.634248 -71 04 09.90516 11.134 11.417 11.547 12.061 12.191 O4If 88 0
38 HD 269698 s*b 05 31 44.2080798984 -67 38 01.374839556 9.520 12.00 12.22 12.47 11.167 O4Ia 117 0
39 HD 269700 s*b 05 31 52.2818122296 -68 32 38.857949016 9.71 10.56 10.54 10.38 10.38 B1.5Iaeq 92 0
40 HD 269777 s*b 05 34 18.4611798696 -67 18 13.707459216   11.05 11.06     B3Ia 30 0
41 HD 269810 Em* 05 35 13.8977747136 -67 33 27.542449260   12.08 12.22 12.53   O3III(f*) 113 0
42 HD 269845 s*b 05 35 56.7680270232 -67 27 34.550028072 9.627 11.78 11.79     B2.5Ia 32 0
43 HD 269828 WR* 05 35 58.8736700492 -69 11 47.838658000     13.031   12.837 WN7+O3 84 0
44 HD 269863 * 05 36 04.1601657480 -66 13 43.501218420   11.67 11.71     OB 21 0
45 HD 269858 s*b 05 36 43.6936418088 -69 29 47.451149232   10.24 10.15 9.95 9.05 LBV 296 2
46 HD 269859 s*b 05 36 47.1875018688 -69 29 52.090414152 9.940 10.761 10.730 11.06   B1Ia 56 1
47 HD 269900 * 05 37 41.0147529864 -67 43 16.568563296 8.716 11.44 11.475   9.800 OB 31 0
48 HD 269896 s*b 05 37 49.1356176384 -68 55 01.639049016 11.338 9.493 11.449 11.49   ON9.7Ia+ 102 0
49 RMC 136 Cl* 05 38 42.396 -69 06 03.36   5.81 5.40     ~ 2236 2
50 HD 38282 WR* 05 38 53.3783458680 -69 02 00.895545204   10.98 11.11 11.26   WN5/6h+WN6/7h 192 1
51 HD 269936 * 05 39 29.0003 -69 27 11.992   11.21 11.23     OB 32 0
52 HD 269997 s*b 05 41 20.3933761824 -69 05 07.273296276   11.36 11.20     B2.5Ia 62 0
53 HD 269992 s*b 05 41 27.6753953664 -69 48 03.751627752   11.27 11.22     B2.5Ia 57 0
54 HD 269993 s*b 05 41 36.7920794640 -70 00 52.617185028 10.812 11.872 11.516   11.965 B0.7Ia 22 0

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