1970A&AS....3....1G

Query : 1970A&AS....3....1G

1970A&AS....3....1G - Astron. Astrophys., Suppl. Ser., 3, 1-49 (1970)

Regions HII de l'hemisphere austral.

GEORGELIN Y.P. and GEORGELIN Y.M.

Journal keyword(s):

Simbad objects: 131

goto View the references in ADS

Number of rows : 131
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 HD 67977 * 08 09 10.1888213304 -35 27 18.060060528   7.100 6.209     G8III 23 0
2 HD 69123 PM* 08 14 13.2562210824 -35 29 24.067626504   6.802 5.765     K1III 28 0
3 HD 69464 Em* 08 15 48.5652200520 -35 37 52.863334428 8.47 9.11 8.80 9.42   O7Ib(f) 100 0
4 V* V431 Pup EB* 08 17 17.6192441640 -42 31 17.515529976 6.89 7.48 7.17 7.95   B1/2Iab/b 66 0
5 CD-35 4471 ** 08 19 03.8922054360 -36 08 44.440702044 8.77 9.85 9.55 9.63   O9.5IV 39 0
6 HD 70556 Y*O 08 21 21.0444005256 -36 29 03.036690528 4.17 4.989 5.176     B2IV/V 58 0
7 HD 71459 * 08 25 51.9104833344 -42 09 11.070430416 4.71 5.27 5.42     B3/5IV 59 0
8 HD 72014 Be* 08 28 52.0606957392 -42 35 14.916463440 5.22 6.408 6.588 7.51   B1/2(V)nne 65 0
9 HD 74804 Y*? 08 44 40.3247349456 -41 16 37.974116352 7.13 9.26 8.84 8.31 9.41 B3/5II 63 1
10 HD 75364 ** 08 47 53.9030396 -43 21 15.021297   8.090 7.229     K1III 12 0
11 HD 75759 SB* 08 50 21.0167636904 -42 05 23.247034188 4.95 5.90 6.00 7.18   O9V+B0V 139 0
12 * f Vel EB* 08 50 33.4606230120 -46 31 45.075306720 3.92 4.90 5.11 5.20 5.36 B1Ib 160 0
13 HD 76031 * 08 52 04.1363921352 -44 00 34.957506348 9.09 9.70 9.50 9.47   B1Iab/b 33 0
14 HD 76566 * 08 55 19.2021546912 -45 02 30.024113964 5.47 6.10 6.26     B3IV 72 0
15 HD 76838 Be* 08 57 07.5515640336 -43 15 22.266109548 6.59 7.31 7.31     B2IV 66 0
16 HD 77321 * 09 00 01.0824316272 -49 33 28.682860896   8.24 6.90 7.478   K1/2II 15 0
17 HD 77320 Be* 09 00 22.2552895536 -43 10 26.376862224 5.16 5.93 6.08 6.07 6.19 B2Vnn(e) 91 1
18 CD-48 4352 ** 09 02 21.5681678712 -48 41 54.466626876 10.81 11.10 10.45 10.20   O9Vn: 21 0
19 HD 78133 SB* 09 04 49.9880604816 -46 48 57.515498928   6.95 6.88     A2V 12 0
20 HD 79275 Pu* 09 11 33.3821694024 -46 35 02.077742148 4.7 5.575 5.769     B2III/IV 78 0
21 HD 79622 * 09 13 31.1811449352 -49 05 40.343511480   8.16 6.62     K5III 16 0
22 HD 80577 * 09 18 24.9186105744 -57 16 22.999958184   8.21 6.74     K2Ib/II 16 0
23 HD 80781 * 09 19 32.4754289568 -55 11 11.294237328 5.6 6.171 6.268     B3V 54 0
24 HD 81347 V* 09 23 25.3683857952 -48 17 12.993723996 5.52 6.127 6.264     B3IV 39 0
25 HD 83060 Be* 09 33 42.3923681136 -57 09 48.056089572 8.54 9.18 9.10     B2Vnne 23 0
26 HD 87238 * 10 01 58.0487031984 -57 20 59.238906072   7.303 6.191     K1II 24 0
27 HD 302501 * 10 04 40.5294016344 -58 31 58.469665044 9.95 10.37 9.66 9.82   OB 21 0
28 HD 302505 * 10 05 20.5426689984 -58 44 20.696151660 9.41 9.95 9.89 9.79   B2 33 0
29 HD 302532 * 10 07 18.6731884608 -57 34 41.827589616 9.37 10.02 9.87 9.78   B3 18 0
30 HD 302584 * 10 10 29.4625336344 -57 47 13.972735068 9.67 10.27 10.05 10.04   B1III 18 0
31 HD 302583 * 10 10 42.0172291512 -57 45 48.078375084 9.33 10.102 9.949 9.928   B0V 17 0
32 V* V368 Car LP? 10 11 35.4588375120 -58 49 39.953992440   8.06 6.40     M3III 37 0
33 HD 89201 s*b 10 15 52.6068052104 -57 22 30.088805736 8.16 8.52 7.84 8.54   B1Ia/ab 50 0
34 NGC 3199 HII 10 16 32.8 -57 56 02           ~ 66 1
35 CD-57 3120 * 10 16 47.2750749528 -57 58 57.671870484 10.6 11.10 10.79 10.75   B0V 21 0
36 HD 89358 WR* 10 17 02.2743231360 -57 54 46.875258324 11.1 11.19 10.83 10.59   WN4-s 174 1
37 HD 90454 PM* 10 24 59.4178938240 -58 34 34.688140392   6.27 5.93     F2II/III 32 0
38 HD 92206 ** 10 37 22.245 -58 37 22.86 7.46         O6.5V((f))+O6.5V((f)) 77 0
39 IC 2599 HII 10 37.7 -58 39           ~ 46 2
40 * t02 Car * 10 38 44.9962507584 -59 10 58.784700504   6.51 4.87     K4/5(III) 43 0
41 HD 92398 * 10 38 45.6761583528 -59 10 45.211668204   7.90 7.80     B9II/III 27 0
42 HD 94304 s*b 10 51 56.1987997800 -58 24 55.641023064 7.05 8.74 8.66 7.72   B8Ia 48 0
43 * T Car PM* 10 55 17.2218023112 -60 31 01.203966480   6.980 5.920     K0III 26 0
44 CPD-62 1824 * 10 56 42.1982635920 -63 01 16.783410432   11.11 10.65 11.26   O8V 23 1
45 * z Car * 11 06 32.4264772704 -62 25 26.810615136   5.622 4.606     G7.5III 49 0
46 * y Car sg* 11 12 36.0132333384 -60 19 03.454684572 5.20 5.17 4.62 4.07 3.71 A5Iae: 92 0
47 HD 99453 SB* 11 25 43.1445953813 -63 58 20.917354031   5.67 5.17     F7V 60 0
48 HD 101021 PM* 11 37 00.5243897688 -61 17 00.396192516   6.27 5.15     K0III 46 0
49 * j Cen Be* 11 49 41.0673344112 -63 47 18.500667000 3.58 4.160 4.308     B3V 119 0
50 * tet02 Cru SB* 12 04 19.2200768232 -63 09 56.516665140 4.02 4.613 4.716     B3V 101 1
51 HD 106036 * 12 12 10.2742570224 -63 27 14.810920200   7.063 6.977     A2V 38 0
52 V* T Cru cC* 12 21 21.1280708760 -62 16 53.879007288   7.42 6.57     G2Ib 153 0
53 HD 108773 * 12 30 19.5320864544 -60 59 23.618036616 7.49 7.146 6.699 7.53   F0Ib 27 0
54 HD 110532 PM* 12 43 28.3215591528 -58 54 09.874004328   7.53 6.42     K0/1III 17 0
55 * iot Cru PM* 12 45 38.0516684592 -60 58 52.756277052   5.738 4.686     K0III 40 0
56 CPD-60 4273B * 12 45 38.4655517256 -60 58 24.074457636   10.2 10.3     B8V 5 0
57 HD 111613 sg* 12 51 17.9760267672 -60 19 47.240368104 6.00 6.10 5.72 5.32 5.03 B9.5Iab 117 0
58 HD 113823 ** 13 07 24.29673 -59 51 37.8238 6.57 6.45 5.98     B9IV+F8/G2 45 0
59 HD 114461 * 13 11 53.0689846728 -63 18 10.791066492 7.05 6.725 6.338 7.46   A8II/III 29 0
60 HD 115455 SB* 13 18 35.3592390638 -62 29 28.407889555 7.40 8.17 7.97 8.81   O8III((f)) 103 1
61 * m Cen * 13 24 00.4826883840 -64 32 08.411490672 5.85 5.35 4.52     G5IIb 46 0
62 HD 116301 * 13 24 08.7579374064 -61 05 12.274618704   10.56 8.93     M2(III) 6 0
63 HD 117000 Em* 13 28 54.9219034728 -62 06 08.207400420 8.28 7.70 6.64 7.42   F0/2Ia 37 0
64 HD 117704 bC* 13 33 37.0007289648 -62 19 03.566031204 8.54 9.74 9.69 9.49   B1/2III 40 0
65 HD 117694 * 13 33 50.0580701784 -66 04 42.344458968   7.16 7.18     B3IV/V 13 0
66 HD 117797 * 13 34 11.9821045680 -62 25 01.783706880 9.13 9.68 9.20 9.56   O7.5fp 54 0
67 HD 118261 ** 13 37 12.38185 -61 41 30.7082           F6V 70 0
68 HD 119646 s*b 13 46 17.9986132104 -62 27 05.755449348 6.03 6.674 6.620 7.49   B1.5Ib 50 0
69 HD 121901 PM* 14 00 17.3911443816 -61 28 51.698057988   6.793 6.469     F0/2III/IV 32 0
70 HD 122879 V* 14 06 25.1578487688 -59 42 57.254187024 5.90 6.64 6.50 6.33 6.18 B0Ia 174 1
71 HD 122905 V* 14 06 47.3245834800 -62 22 27.406590240   9.01 7.24     M0III 22 0
72 HD 124367 Be* 14 14 57.1383087504 -57 05 10.049405532 4.36 4.99 5.07     B4Vne 144 0
73 HD 125158 PM* 14 19 51.5027170776 -61 16 22.705691232   5.52 5.23     A5/7mA7-F2 51 0
74 HD 126343 * 14 26 58.7822008272 -59 14 15.510295500   8.34 6.83     K1II 13 0
75 HD 126320 S* 14 27 03.5392360296 -60 17 28.305218472   9.86 8.16     S4*2 12 0
76 HD 127724 * 14 35 17.0436297504 -60 00 56.311465968   7.651 6.384     K2III 14 0
77 HD 130576 V* 14 51 21.6924152376 -59 30 12.725014536   9.01 7.24     M0III 15 0
78 HD 131376 * 14 55 58.0731063936 -60 54 21.304622016   7.68 6.69     G8III 15 0
79 HD 131819 * 14 57 29.7107087016 -49 41 19.822315632   9.84 9.38     F2/3V 4 0
80 HD 133507 * 15 07 14.5669837944 -57 26 22.888295952 9.73 8.51 7.20     K1.5IIICN0.5 12 0
81 HD 133790 * 15 08 53.8963552032 -59 08 31.733125980   8.13 6.87     K0II/IIICNIb 16 0
82 HD 135377 PM* 15 17 07.8127846512 -56 23 02.796466020   8.56 7.40     K0III 11 0
83 HD 135591 * 15 18 49.1432685384 -60 29 46.795963020 4.46 5.36 5.46 6.91   O8IV((f)) 158 0
84 HD 136225 * 15 22 00.1137309288 -57 08 43.018781676   8.69 7.11     K3III 11 0
85 HD 139129 * 15 38 49.4705005656 -52 22 21.709310952   5.421 5.423     A0V 60 0
86 V* V359 Nor LP* 15 42 58.25511 -58 06 52.8076   8.9 7.77     M3III 18 0
87 HD 139793 * 15 42 59.09 -58 06 53.3     10.0     B8/A0(III) 4 0
88 HD 139912 * 15 43 32.6902139928 -56 09 41.736087000 9.31 8.49 7.35     G6III 5 0
89 HD 141168 Pu* 15 50 07.0836208248 -53 12 35.174581380 5.51 5.72 5.78     B9V(n) 47 0
90 HD 141318 Pu* 15 51 06.8041626360 -55 03 19.928655972 5.13 5.756 5.767 7.08   B2III 88 0
91 HD 141583 PM* 15 52 55.0415014632 -59 03 41.628244536   7.57 7.06     F7V 27 0
92 CD-54 6456 ** 15 55 39.60148 -54 38 36.6363 10.51 10.95 10.41 10.37 8.94 O9.5V 42 2
93 HD 142919 * 15 59 54.1422032688 -54 01 15.289035168 5.63 6.073 6.089     B5III 48 0
94 HD 144814 * 16 10 02.7695797800 -50 45 35.634025728   9.27 7.61     K3III 11 0
95 HD 146018 ** 16 16 46.8390786000 -53 43 41.870335656 8.61 8.67 8.53 8.76   A0V 8 0
96 CD-51 9977 * 16 18 10.7557387896 -51 56 29.321125512 11.16 11.49 10.70 10.57   O6IIIn 29 0
97 CD-51 9979 * 16 18 19.1000191392 -52 02 11.466830400 10.89 11.02 10.8     OB: 10 0
98 HD 146981 PM* 16 21 36.9178605000 -51 45 03.888092880   8.13 6.86     K2IIICNIb 10 0
99 HD 147419 WR* 16 24 26.2279587024 -51 32 06.061114140   11.46 10.50 10.74   WN6-s 111 0
100 HD 149019 V* 16 34 23.0722613856 -49 46 11.306039412 8.43 8.30 7.43 8.02   B9/A0Iab 55 0
101 HD 150675 * 16 44 52.9412292984 -47 38 41.673586740   8.29 7.10     K1II 17 0
102 HD 151051 * 16 46 50.3153382096 -41 28 51.950570736   9.15 7.41     M2/3II 12 0
103 HD 151566 ** 16 50 36.07960 -50 02 41.8040   6.77 6.45     F0IV/V 21 0
104 * zet02 Sco PM* 16 54 35.0050319669 -42 21 40.737010682   4.99 3.62     K3III 77 0
105 HD 152386 WR* 16 55 06.4499424072 -44 59 21.364771956 8.15 8.64 8.13 8.84   O6:Iafpe 81 0
106 V* V1071 Sco LP* 16 57 50.2210052016 -39 06 56.609019000   8.37 6.58     M1III 21 0
107 V* V923 Sco EB* 17 03 50.9415687600 -38 09 09.259137216   6.290 5.902     F3V 62 0
108 HD 153919 HXB 17 03 56.7725629224 -37 50 38.913331452 6.06 6.78 6.51 6.08 5.90 O6Iafcp 813 1
109 HD 154218 Be* 17 05 42.9567448152 -36 44 25.872729936 6.87 7.60 7.57     B3Vne 32 0
110 HD 155276 PM* 17 12 16.5647337168 -38 49 21.133854012   7.351 6.285     K0.5IIICN0.5 23 0
111 CD-39 11183 * 17 12 20.2693472280 -39 33 12.924631980   12.15 10.62     ~ 2 0
112 CD-38 11636 * 17 12 20.8455264407 -38 29 30.394099276 12 11.90 10.87 10.42   O8 45 1
113 SH 2-3 HII 17 12.4 -38 28           ~ 205 1
114 HD 155974 PM* 17 16 21.6025357545 -35 45 01.073726326   6.60 6.12     F5.5V 80 0
115 HD 322987 * 17 18 39.1022922912 -37 20 16.811061612 10.4 10.61 9.87 9.84   O7 19 0
116 HD 156442 V* 17 19 15.5835318528 -37 21 33.133226868   9.75 7.88     M0/1III 5 0
117 HD 156702 Be* 17 20 50.6151637512 -38 39 08.732385432 8.29 8.91 8.76 9.46   B1Ve 35 0
118 HD 323110 s*b 17 21 15.7981421496 -37 59 09.547362060 10.96 11.05 9.96 9.70   ON9Ia 27 0
119 HD 323099 * 17 22 02.8300867608 -37 54 19.134513468 10.21 10.38 9.63 9.77   O6 16 0
120 HD 156936 * 17 22 12.9982261032 -41 07 16.452724116   8.16 6.59     K4III 10 0
121 HD 157097 * 17 22 54.7490787120 -37 13 14.839562316   6.999 5.914     K1III 15 0
122 HD 157338 PM* 17 24 08.7393856416 -34 47 54.441442932   7.50 6.92     F9.5V 85 0
123 HD 158020 * 17 28 11.8267768200 -31 12 25.915860072   9.07 7.75     K0III 13 0
124 V* V949 Sco dS* 17 32 24.6280645896 -34 16 45.860390688   6.513 6.158     F2IV 41 0
125 HD 160748 V* 17 43 06.8633568960 -33 03 04.632928632   8.27 6.45     M1III 24 0
126 HD 162415 * 17 52 17.0629644024 -31 19 41.356683660   8.43 6.94     K5III 11 0
127 HD 163685 * 17 58 39.0498560448 -28 45 32.710460868 5.35 5.93 6.01     B3II/III 57 0
128 * gam01 Sgr cC* 18 05 01.2264355704 -29 34 48.322222356 5.99 5.47 4.69   3.869 G0Ib/II 348 0
129 V* AX Sgr s*r 18 08 26.5116640800 -18 33 07.938405936   11.34 9.20     K0Ia 88 0
130 * mu. Sgr s*b 18 13 45.8088401 -21 03 31.794073 3.60 4.07 3.85 3.58 3.38 B8Iab(e) 343 0
131 * 17 Sgr ** 18 16 35.3688425784 -20 32 40.130965392   7.817 6.886     G8/K0III 38 0

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