1996PASP..108...61R

Query : 1996PASP..108...61R

1996PASP..108...61R - Publ. Astron. Soc. Pac., 108, 61-63 (1996/January-0)

H-beta photometry of southern luminous stars.

REED B.C.

Abstract (from CDS):

H-beta photometry for 116 stars listed in Stephenson and Sanduleak's (1971) catalog of _Luminous Stars in the Southern Milky Way_ is reported. The vast majority of these objects are O and B-type stars; a few are A, F, or Wolf-Rayet stars. A systematic difference of on the order of 30 mmag between the present results and those of other investigators is noted.

Abstract Copyright: ∼

Journal keyword(s): Stars

Simbad objects: 118

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Number of rows : 118
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 102567 HXB 11 48 00.0214464120 -62 12 24.902384760 8.24 9.06 9.00 9.62   B1Vne 335 0
2 HD 309110 V* 11 49 55.0318694784 -62 55 19.648395768 10.44 10.86 10.60 10.68   OB+ 16 0
3 HD 309119 ** 11 50 09.3695337216 -63 02 33.026755704 10.32 10.862 10.652 10.718   B9 15 0
4 V* V350 Cen EB* 11 50 11.0694623184 -63 39 10.484348436 10.12 10.86 10.57 10.57   OB 26 0
5 HD 307347 Em* 11 56 59.4341690352 -60 59 05.007696036 9.54 10.08 9.93 10.15   B5 16 0
6 HD 103872 Be* 11 57 34.9502401440 -61 32 59.132978664 8.52 9.24 8.90 9.55   B5e 28 0
7 CD-58 4304 Em* 11 58 18.7931098920 -59 26 01.348010088 9.91 10.47 10.38 10.47   OB-e 16 0
8 HD 103962 * 11 58 21.1635291696 -59 45 18.842865696 7.27 7.362 7.353 8.28   B9III(pSi) 30 0
9 HD 104011 Be* 11 58 38.5663813944 -60 39 17.887155876 8.96 9.85 9.73 9.96   B3/5e 26 0
10 HD 104257 bC* 12 00 12.4605116760 -66 04 40.658677212 8.17 9.72 9.55 9.55   B1/2II/III 20 0
11 HD 309460 Em* 12 01 48.1211321040 -63 03 26.639587332 10.29 10.79 10.29 10.19   B5 18 0
12 HD 104901 * 12 04 46.9772755296 -61 59 48.603026292 7.42 7.60 7.38 8.11   B8/9Iab/b 45 0
13 HD 105056 s*b 12 05 49.8804411912 -69 34 22.996270632 6.57 9.07 8.74 8.45   ON9.7Iae 135 1
14 CD-60 3974 * 12 06 31.4902916760 -61 14 33.856296792 9.53 10.09 9.98 10.19 9.76 OB- 19 0
15 CD-60 3976 * 12 06 34.3084995216 -61 13 25.083114024 9.78 10.36 10.24 10.45 10.07 OB- 16 0
16 HD 105256 ** 12 07 11.3073673200 -61 15 51.984909972 8.66 9.135 9.072 9.61 8.76 B2/3II/III 30 0
17 HD 106146 * 12 13 01.5583303056 -62 18 46.586335248 7.44 8.78 8.65 8.71   B9Ib 19 0
18 HD 106309 Be* 12 14 01.7711943504 -59 23 48.830949096 6.98 8.97 8.81 8.68   B2IVne 44 0
19 HD 110373 * 12 42 23.6167856448 -62 58 24.941134848 9.33 9.73 9.58 9.93   B7/9 29 0
20 HD 111578 bC* 12 50 56.6581691352 -60 26 51.189260388 8.74 9.24 9.09 9.65   B2/3II 25 0
21 HD 112147 Be* 12 55 08.4592556760 -59 01 07.420634076 8.54 9.316 9.13 9.58   Be 56 0
22 SA 194-733 * 12 58.4 -59 14     9.627     ~ 3 0
23 CD-58 4825 Em* 12 58 25.6012167048 -59 15 06.370666992 9.56 9.89 9.62 9.87   OB- 14 0
24 HD 112825 Be* 13 00 23.8918356072 -59 41 07.579683204 9.468 9.98 9.733 9.90   B1/2IV/V 44 0
25 CD-59 4537 ** 13 03 02.3202499639 -60 10 44.252616262 10.05 10.62 10.44 10.51   B2V 17 0
26 HD 113708 * 13 06 48.3355631328 -65 12 43.719050160 7.22 8.03 8.17 9.03   B1/2III(n) 43 0
27 CD-60 4517 * 13 09 52.4169907440 -61 07 53.751633420 9.27 9.95 10.81 9.90   B2Vn 22 0
28 HD 114441 Be* 13 11 29.5208652120 -55 21 24.632213076 7.41 8.108 8.041 8.82   B2Vnne 61 0
29 HD 115223 * 13 16 52.4646744360 -60 27 22.541966136 9.55 9.38 8.98 9.25   A0Ib/II 23 0
30 CD-60 4591 Em* 13 17 43.4376185880 -60 44 20.214605904 10.31 10.635 10.13 10.09   OB 15 0
31 SA 194-1717 * 13 17.8 -60 45     10.110     ~ 3 0
32 HD 115473 WR* 13 18 27.9941240160 -58 08 13.603221168 9.09 9.68 9.00 9.72   WC5 119 0
33 HD 116849 Be* 13 28 07.3175053992 -66 16 47.162727732 8.59 9.292 9.15 9.71   B1Vpe 46 0
34 CD-61 3805 sg* 13 30 04.1846605656 -62 17 37.858558920 11.69 10.83 9.58 9.62   A5:Ia 16 0
35 CD-61 3943 Pu* 13 42 40.5689634624 -61 44 16.208354436   7.068 6.858 7.72   B8Iab 29 0
36 HD 119159 Pu* 13 42 56.1103365744 -56 46 04.686383280   5.92 6.00 7.36   B1/2II 81 0
37 CPD-62 3574 * 13 46 48.1098828456 -62 44 01.407627384 10.34 10.81 10.25 10.17   OB 17 0
38 CPD-63 3028 * 13 53 30.8396453784 -64 28 14.917814544 10.72 11.02 10.40 10.31   OB+ 15 0
39 CD-66 1497 * 13 59 45.9942828816 -67 29 52.397295144 9.72 10.62 10.50 10.55   B0III 17 0
40 CPD-63 3138 * 14 08 10.9902249720 -64 12 30.269661084 10.01 10.67 10.37 10.32   O9 17 0
41 HD 124314 ** 14 15 01.60615 -61 42 24.3831   8.96 6.64 6.45 6.31 O6V(n)((f)) 155 0
42 HD 124812 * 14 17 25.5159432672 -55 45 54.538386372 6.85 6.814 6.625 7.62   A1II 22 0
43 HD 125206 * 14 20 09.0397470528 -61 04 54.621382980 7.47 8.18 7.92 8.89   O9.7IVn 70 1
44 CD-57 5575 Em* 14 27 00.2657443008 -58 09 56.209733424 10.27 10.77 10.60 10.60   B3III?k 15 0
45 HD 126357 bC* 14 27 08.7344355960 -59 44 11.279134428 8.66 9.56 9.26 9.62   B1III 34 0
46 CD-59 5259 Pu* 14 27 55.5158658696 -59 37 30.770398776 9.59 10.35 9.98 10.09 9.45 B0IV 33 0
47 CD-59 5260 Pu* 14 27 57.3562970232 -59 38 07.571192676 9.52 10.27 9.92 10.03 9.37 B0IV 35 0
48 HD 126940 * 14 30 53.0515709544 -60 18 22.323794508 9.32 10.13 9.80 9.72   B2Ib/II 26 0
49 HD 128293 Be* 14 39 31.6648203544 -68 12 12.196916376 5.85 6.81 6.93     B2Vne 57 0
50 CD-61 4554 s*b 14 50 48.6865672176 -61 32 50.984588724 10.22 10.59 9.96 9.94   B0Ia 15 0
51 CD-61 4598 Pu* 14 56 37.7772129144 -61 50 37.581534384 10.27 10.56 10.15 10.09   B1V: 16 0
52 HD 132136 sg* 14 59 51.9919042464 -57 23 27.198289932 9.85 9.77 9.02 8.76   A2:Ib 22 0
53 CD-63 1055 s*b 15 06 26.6382788736 -63 42 16.143222132 10.74 10.64 9.70 9.65   B0Ia+ 27 0
54 HD 133656 pA* 15 07 27.4396006536 -48 17 53.894056668 8.09 7.88 7.58 8.45   A5Iab 58 0
55 CD-59 5612 * 15 18 40.7506683912 -59 56 59.684851608 10.87 11.08 10.35 10.08   B0.5Ia 23 0
56 HD 135770 * 15 19 34.3589872128 -58 11 40.373331324 8.17 10.36 9.37 9.55   B8/9Ib/II 13 0
57 CD-48 9835 * 15 19 50.2930555320 -49 13 33.831532704 10.27 10.81 10.40 10.48   B0Ib 17 0
58 CPD-58 5953 * 15 28 58.7489213760 -59 05 17.214660384 10.96 11.34 10.71 10.69   OB 13 0
59 HD 137603 WR* 15 29 44.6912765040 -58 34 51.250066032 10.98 10.95 9.71 9.78   WC9+OB 115 0
60 CPD-58 6026 s*b 15 33 23.0991514056 -58 38 57.816112848 12.2 11.68 10.51 10.23   B1Ia 24 0
61 CD-58 6089 s*r 15 34 41.4363870240 -58 42 39.937406796 11.45 11.43 9.87 9.65   M2Ia+B 25 0
62 CD-51 10226 * 16 29 17.6996848416 -51 20 20.786044920 9.27 9.77 9.28 9.63   B0.5Iab 22 0
63 CD-49 10764 * 16 33 01.7985011400 -49 32 52.284169716 10.62 10.69 9.89 9.90   B8:p? 23 0
64 HD 330950 Be* 16 34 43.5422771880 -49 33 09.520080048 9.37 9.92 9.42 9.88   B1Ve 43 0
65 CD-46 10865 * 16 36 01.0901164824 -46 43 52.791823740 10.85 10.96 10.08 10.03   OB- 10 0
66 HD 331003 * 16 38 00.0230215056 -48 12 31.696530444 10.16 10.54 10.04 10.08 9.294 OB- 22 0
67 HD 328507 * 16 38 15.5123467560 -44 54 33.307454376 10.13 10.58 10.24 10.32   B3 15 0
68 HD 331023 * 16 39 30.8941579416 -49 03 04.015750644 9.85 10.20 9.80 9.63 9.14 B3 21 0
69 CD-48 11051 * 16 40 33.8980280640 -48 53 16.138367700 10.13 10.74 10.35 10.45   OB: 47 0
70 HD 328686 EB* 16 41 27.3135688968 -46 54 44.924344812 10.55 10.87 10.44 10.56   B0 17 0
71 HD 153426 * 17 01 13.0078001616 -38 12 11.886304536 6.79 7.61 7.47 8.49   O8.5III 104 0
72 CD-30 13795 Em* 17 06 36.7053958584 -30 12 32.645934468 10.3 9.77 9.42 9.73   B0:e 18 0
73 HD 154450 Be* 17 07 05.1549155112 -35 45 32.376363876 7.88 8.47 7.93 8.66   B1:IIInne 48 0
74 HD 154589 Pu* 17 08 17.2895168184 -41 01 28.214170248 7.85 8.89 8.48 7.75   F2III 24 0
75 HD 322937 * 17 11 01.8243094104 -39 35 07.425026448 10.86 10.96 10.31 10.17   B0 13 0
76 CD-24 13510 Ae* 17 49 10.1759810016 -24 14 21.276631032 10.12 10.62 9.96 10.01   B4Ve 35 0
77 HD 318512 * 17 51 38.3269946448 -31 42 25.278395796 10.73 10.88 9.98 9.91   OB 16 0
78 HD 320797 * 17 52 00.2726363088 -36 06 42.047004708 10.15 10.72 10.56 10.67   F2 14 0
79 CD-24 13609 * 17 54 39.1165313448 -25 01 09.367823028   10.92 10.26 10.23   OB 13 0
80 CPD-35 7486 Em* 17 56 03.4166061096 -35 01 18.155828172 10.74 10.89 10.61 10.62   OB- 9 0
81 HD 313599 s*b 18 00 46.8865895928 -23 03 48.291770448 10.38 10.51 9.69 9.80   B0.5Ia 18 0
82 HD 164270 WR* 18 01 43.1453595672 -32 42 55.161329040 8.52 8.97 8.74 9.51   WC9d+? 233 0
83 LS IV -13 14 Y*O 18 18 32.2227699960 -13 48 48.055623228 11.343 11.024 10.296 10.38 9.430 O9V 56 0
84 BD-13 4923 Y*O 18 18 32.7310836576 -13 45 11.867150808 11.184 10.85 10.08 10.04 8.529 O4V((f+))+O7.5V 60 0
85 BD-13 4927 Y*O 18 18 40.0938541704 -13 45 18.603231696 10.12 10.14 9.48 9.71   O7II(f) 82 0
86 BD-13 4929 Y*O 18 18 45.8504419992 -13 46 30.898082136 10.05 10.509 10.23 10.02 8.830 O7V+B0.5V+B0.5V: 70 0
87 HD 168137 Y*O 18 18 56.1894798360 -13 48 31.092549588 8.72 9.36 8.94 9.55   O8Vz 131 0
88 V* QR Ser SB* 18 18 58.6907022768 -13 59 28.456622916 7.92 8.55 8.28 9.07   O9.5III+B3-5V/III 91 0
89 BD-13 4936 Ae* 18 19 11.0687166864 -13 56 43.087223148 9.73 10.281 9.763 10.27 8.824 B0/5e 58 0
90 HD 168229 Em* 18 19 27.1507224912 -18 13 10.025807160 8.02 8.820 8.658 9.38   B0.5:V:ep 28 0
91 BD-15 4930 * 18 20 19.3415964984 -15 03 55.995166440 9.79 10.22 9.53 9.71   B0 29 0
92 HD 168607 s*b 18 21 14.8856951904 -16 22 31.763755236 10.23 9.82 8.28 8.55   B9Ia+ 196 1
93 HD 168625 s*b 18 21 19.5484021368 -16 22 26.075142156 10.15 9.78 8.37 8.76   B8Ia+ 293 2
94 BD-16 4834 Y*O 18 21 27.8150741256 -15 57 32.704421760 9.83 10.30 9.75 9.93   OB 21 0
95 HD 168814 * 18 22 15.9742815336 -14 23 19.307945256 7.9 9.36 8.53 7.92   A1Ib 42 0
96 HD 168894 * 18 22 41.5236175680 -14 38 34.143786312 9.65 10.16 9.28 9.70   B0Ia 32 0
97 HD 168987 * 18 23 09.0212102832 -16 35 36.775407480 8.73 8.99 8.13 8.58   B1Ia/ab 32 0
98 HD 169034 V* 18 23 17.5688567016 -13 35 39.500605860 9.57 9.42 8.24 7.04 8.539 B2Ia 77 0
99 LS IV -13 43 * 18 23 55.3408015728 -13 33 32.801556456   11.19 10.59 10.52   OB- 11 0
100 HD 169227 s*b 18 24 10.9978757352 -12 13 53.902418376 9.86 10.06 8.84 9.10   B1.5Ia 32 0
101 HD 169226 s*b 18 24 11.7649691136 -12 12 50.425208568 10.08 9.88 8.54 9.01   B2Iane 39 0
102 BD-14 5030 * 18 24 19.1233554960 -14 09 49.326506460 10.52 10.57 9.65 9.69   B5Ia 28 0
103 BD-14 5037 s*b 18 25 06.1817902200 -14 38 57.717990780 9.87 9.72 8.41 7.03 5.92 B1.5Ia+ 114 0
104 HD 169454 s*b 18 25 15.1937863728 -13 58 42.309359544 7.39 7.61 6.71 5.82 5.13 B1Ia+ 359 1
105 HD 169419 * 18 25 15.4820721720 -17 31 07.081097340 9.39 9.83 9.43 9.71 8.672 B2Ia/ab 31 0
106 V* RY Sct Be* 18 25 31.4771300232 -12 41 24.192361500 10.25 10.38 9.12 9.46   O9.7Ibep 311 2
107 BD-17 5190 s*b 18 25 46.5151107912 -17 04 35.679031176 9.93 10.01 9.28 9.58   B1Ia 18 0
108 BD-14 5047 Be* 18 26 39.3110276784 -14 38 19.354958556 10.60 10.99 10.29 10.25   B0e 26 0
109 LS IV -14 61 * 18 26 47.3188113288 -14 30 56.088884232 9.24 10.78 10.34 10.41   B1III 13 0
110 HD 169755 * 18 26 48.6763687536 -14 29 59.734553712 9.28 9.80 9.357 9.23 9.05 B2/5(Ib) 43 0
111 HD 169869 ** 18 27 13.9736508792 -14 41 50.017172964 9.67 9.05 8.36 8.90   A1Iab/b 18 0
112 HD 170061 Be* 18 28 00.7384673256 -14 42 24.619829544 9.17 9.85 9.53 9.74   OBe 43 0
113 HD 171012 s*b 18 33 10.0974482736 -18 22 06.189324240 6.90 7.49 6.99 6.58 6.18 B0.2Ia 76 0
114 HD 171129 * 18 33 33.1322188608 -12 42 20.161949040 9.76 9.10 8.37 9.05   F0IV 19 0
115 HD 171198 * 18 33 53.1084082944 -12 15 46.365137136 9.63 10.14 9.65 9.88   O7: 46 0
116 HD 173656 Em* 18 46 54.5814605568 -12 16 47.690936148 10.2 9.96 9.55 9.86   B2/3II(n) 21 0
117 HD 173694 s*b 18 47 06.1980925464 -12 08 27.996611604 10.13 10.48 9.98 9.97   B0.5Ia 28 0
118 BD-13 5166 * 18 58 33.9053281944 -13 22 07.966742124 9.88 10.55 10.38 10.52   OB 15 0

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