1950MNRAS.110..531C

Query : 1950MNRAS.110..531C

1950MNRAS.110..531C - Mon. Not. R. Astron. Soc., 110, 531 (1950)

Magnitudes of bright stars in the E regions observed by the Fabry method.

COUSINS A.W.J.

Journal keyword(s):

Simbad objects: 67

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Number of rows : 67
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 * bet Phe ** 01 06 05.03952 -46 43 06.2785 4.75 4.19 3.30 2.59 2.08 G8III 87 0
2 * ups Phe ** 01 07 47.8233278592 -41 29 12.635288484   5.361 5.207     A1(V)+F1(V) 88 0
3 * nu. Phe PM* 01 15 11.1214282378 -45 31 53.992580679 5.65 5.54 4.96 4.47 4.11 F9VFe+0.4 281 0
4 HD 8651 * 01 24 40.7865339576 -41 29 33.164287944   6.443 5.417     K0III 61 0
5 * gam Phe SB* 01 28 21.9286848650 -43 19 05.645061018   4.99 3.42     M0III 148 0
6 * del Phe PM* 01 31 15.1040942588 -49 04 21.730128530   4.918 3.935     G8.5IIIb 135 0
7 HD 9414 * 01 31 39.0060579096 -45 34 32.572480656 6.32 6.23 6.17     A1V 50 0
8 * del Hor ** 04 10 50.5707258980 -41 59 37.113990887 5.33 5.26 4.93 4.58 4.37 F2IV/V 85 0
9 * alf Hor PM* 04 14 00.1142226166 -42 17 39.726755131 5.97 4.96 3.86 3.00 2.41 K2III 150 0
10 * gam Dor gD* 04 16 01.5866224848 -51 29 11.932714356   4.55 4.20     F1V 337 0
11 HD 27588 PM* 04 19 16.6964561208 -44 16 04.504067652   6.404 5.332     K2III 52 0
12 * G Pup ** 06 25 43.65308 -48 10 36.8367 5.54 5.70 5.76     B9V 57 0
13 HD 47601 * 06 37 19.9715696976 -43 27 04.665592476 6.06 6.712 6.858     B3V 50 0
14 * nu. Pup * 06 37 45.6726263277 -43 11 45.368473041 2.65 3.06 3.17 3.17 3.24 B8III 146 0
15 * V Pup V* 06 38 37.6357344120 -48 13 12.661228668   6.02 5.03     G8III 43 0
16 HD 48403 * 06 40 49.4679744600 -47 40 28.901726040   8.290 6.703     M2 21 0
17 * X Pup PM* 06 49 54.6163443500 -46 36 52.421710574 5.57 5.59 5.14     F5.5V 123 0
18 HD 50860 * 06 52 47.1369252768 -43 58 32.112532380 5.98 6.36 6.46     B8V 48 0
19 HD 52362 SB* 06 58 41.7304810632 -45 46 03.411191532 6.16 6.22 6.22     A0V 55 0
20 * lam Vel s*r 09 07 59.75787 -43 25 57.3273 5.67 3.86 2.21 0.97 0.03 K4Ib 230 0
21 HD 79186 s*b 09 11 04.3980934536 -44 52 04.448548776 4.65 5.22 5.00 4.71 4.49 B5Ia 149 0
22 HD 79275 Pu* 09 11 33.3821694024 -46 35 02.077742148 4.7 5.575 5.769     B2III/IV 81 0
23 HD 79416 a2* 09 12 30.5228205 -43 36 47.737095 4.98         B8V(pSi) 92 0
24 HD 79621 Be* 09 13 34.4533435512 -47 20 18.262388040 5.77 5.87 5.92     B9V 71 0
25 HD 79694 Pu* 09 14 08.2100812248 -44 08 44.952535428 5.23 5.73 5.85     B7-8V 86 0
26 * z Vel * 09 14 24.4858461336 -43 13 38.961975828 4.55 5.11 5.25     B3/5V 69 0
27 HD 79900 ** 09 15 14.6345326750 -45 33 19.797448220           B8V 54 0
28 HD 81347 V* 09 23 25.3683857952 -48 17 12.993723996 5.52 6.127 6.264     B3IV 44 0
29 HD 81369 * 09 23 39.7547667384 -46 54 31.510721628 5.71 6.105 6.188     B7III 38 0
30 HD 102232 V* 11 45 43.9681702344 -45 41 24.481116708 4.59 5.151 5.271     B6III 61 0
31 * B Cen PM* 11 51 08.6912007408 -45 10 24.491699724 7.22 5.76 4.46 3.52 2.85 K3III 83 0
32 HD 104731 PM* 12 03 39.5724147833 -42 26 02.610414638 5.53 5.56 5.15     F5V 144 0
33 * E Cen * 12 08 14.7046343328 -48 41 33.041044536 5.29 5.33 5.34     B9.5/A0V 72 0
34 V* V788 Cen SB* 12 08 53.8008318648 -44 19 33.563648280   5.991 5.746     A2mA5-F2 63 0
35 * tau01 Lup bC* 14 26 08.2244287979 -45 13 17.123883210 3.68 4.393 4.553     B2IV 158 0
36 * tau02 Lup ** 14 26 10.81378 -45 22 45.4023   4.76 4.35     F7 63 0
37 HD 126504 PM* 14 27 12.1541517840 -46 08 03.097545864   6.128 5.811     A1mA5/7-F2 77 0
38 HD 126981 * 14 30 08.6286924144 -45 19 16.881861216 5.15 5.42 5.50     B8V 64 0
39 * eta Cen Be* 14 35 30.4241610 -42 09 28.170782 1.30 2.12 2.31 2.41 2.59 B2Ve 361 1
40 * alf Lup bC* 14 41 55.7557866 -47 23 17.515486 1.22 2.126 2.286     B1.5III 247 0
41 HD 129858 * 14 46 28.9930938144 -47 26 28.023226440 5.89 5.81 5.74     A1V 59 0
42 * omi Lup ** 14 51 38.3028905 -43 34 31.296546 3.59 4.164 4.313     B5IV 123 0
43 HD 131657 ** 14 56 32.05337 -47 52 45.1065 5.33 5.60 5.64     B9V 50 0
44 * bet Lup ** 14 58 31.92536 -43 08 02.2699 1.59 2.46 2.68 2.78 2.95 B2IV 197 0
45 * kap Cen bC* 14 59 09.6849382 -42 06 15.106919 2.15 2.93 3.11     B2IV 212 0
46 * pi. Lup A * 15 05 07.087230 -47 03 04.54154   4.44 4.58     B5V 73 0
47 * pi. Lup ** 15 05 07.2349623163 -47 03 03.828968181 3.17 3.75 3.89 3.99 4.10 B5 106 0
48 HD 154948 PM* 17 10 42.3192274392 -44 33 27.711930024 6.52 5.94 5.08     G8/K0III+G 50 0
49 * eta Sco PM* 17 12 09.1940948534 -43 14 21.082311424 3.83 3.74 3.33 2.97 2.77 F5IV 158 0
50 HD 156293 * 17 18 47.8284399264 -44 07 47.087356152   5.702 5.736     B9V 58 0
51 * iot Ara Be* 17 23 16.0762402440 -47 28 05.505681720 4.32 5.14 5.25 5.12 5.20 B1V 157 0
52 HD 157243 * 17 24 13.0784827693 -44 09 45.307992409 4.66 5.039 5.108     B5/6III 68 0
53 HD 157661A * 17 26 51.9781429032 -45 50 34.909906236   5.57 5.64     B8V 26 0
54 * sig Ara * 17 35 39.5913568261 -46 30 20.463850983 4.47 4.56 4.59 4.60 4.65 A0V 69 0
55 * tet Sco * 17 37 19.12985 -42 59 52.1808   2.29 1.85     F1III 133 0
56 HD 159707 * 17 38 08.4413671872 -42 52 48.997502112   6.025 6.078     B8/9V 52 0
57 HD 160263 * 17 41 16.2430825872 -46 55 18.611215428 5.72 5.78 5.79     A0V 68 0
58 * iot Sgr PM* 19 55 15.6947540258 -41 52 05.896040754 6.11 5.21 4.13     K0II/III 93 0
59 HD 189198 * 20 00 48.3237603480 -45 06 46.523916828   6.067 5.781     F0/2IV 62 0
60 * kap01 Sgr PM* 20 22 27.5022576960 -42 02 58.423208352 5.59 5.59 5.59     A0V 90 0
61 * kap02 Sgr ** 20 23 53.17666 -42 25 22.3376 5.94 5.84 5.64     A5V 58 0
62 * pi.02 Gru PM* 22 23 07.9870226784 -45 55 42.558056400 6.00 5.98 5.62 7.00   F0V 74 0
63 * del01 Gru * 22 29 16.1739539632 -43 29 44.021743519 5.80 5.00 3.97 3.22 2.71 G6/8III 88 0
64 * del02 Gru LP? 22 29 45.4331493366 -43 44 57.187958530 7.38 5.68 4.11 2.38 0.79 M4.5IIIa 80 0
65 HD 214953 PM* 22 42 36.8833459086 -47 12 38.925760753 6.64 6.67 6.06 7.11   F9.5V 162 0
66 * bet Gru LP? 22 42 40.05027 -46 53 04.4752 5.33 3.73 2.11 0.20 -1.57 M4.5III 209 1
67 * rho Gru PM* 22 43 29.9762552808 -41 24 51.643891310   5.854 4.835     K0III 81 0

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