1968AJ.....73..431P

Query : 1968AJ.....73..431P

1968AJ.....73..431P - Astron. J., 73, 431-441 (1968)

Results of an infrared stellar survey.

PRICE S.D.

Journal keyword(s):

Simbad objects: 112

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Number of rows : 112
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 * tau Phe * 00 01 04.5828903912 -48 48 35.547800004   6.620 5.698     G6/8III 24 0
2 * tet Oct PM* 00 01 35.6994508763 -77 03 56.611267370   6.049 4.783     K3III 49 0
3 * bet Hyi PM* 00 25 45.07036 -77 15 15.2860 3.52 3.41 2.79 2.28 1.94 G0V 631 0
4 * alf Phe SB* 00 26 17.05140 -42 18 21.5539   3.47 2.38     K0.5IIIb 165 0
5 * del Phe PM* 01 31 15.1040942588 -49 04 21.730128530   4.918 3.935     G8.5IIIb 135 0
6 V* R Hor Mi* 02 53 52.7701013592 -49 53 22.730520228   9.15 8.14     M5-7e 193 0
7 * zet Per s*b 03 54 07.9224751 +31 53 01.081262 2.19 2.97 2.85 2.71 2.62 B1Ib 881 0
8 V* T Lep Mi* 05 04 50.8451254800 -21 54 16.520551560   11.60 10.59     M6.5e 158 0
9 * gam Pic PM* 05 49 49.6600647747 -56 09 59.997681333   5.589 4.494     K1III 86 0
10 * alf Car * 06 23 57.10988 -52 41 44.3810 -0.49 -0.59 -0.74 -0.96 -1.13 A9II 461 1
11 * tau Pup SB* 06 49 56.1691452909 -50 36 52.339311041   4.13 2.93     K1III 116 0
12 * w Pup * 08 21 23.0260290792 -33 03 15.714284652 7.73 6.26 4.80 3.83 3.08 K2+IIIa 75 0
13 * eps Car ** 08 22 30.83526 -59 30 34.1431 3.32 3.13 1.86     K3:III+B2:V 98 0
14 * C Vel s*r 08 34 43.5965158752 -49 56 39.127662240 7.72 6.34 5.01 4.04 3.36 K1.5Ib 45 0
15 * bet Car PM* 09 13 11.97746 -69 43 01.9473 1.72 1.69 1.69 1.63 1.61 A1III- 229 1
16 * g Car V* 09 16 12.0725713844 -57 32 29.296098008   5.941 4.318     M0.5IIIa 44 0
17 V* RW Vel Mi* 09 20 19.4216289288 -49 31 30.538637292   10.92 8.90     M7e 38 0
18 V* RS Vel Mi* 09 23 45.2878045536 -48 52 00.164684136   11.77 9.10     M8 33 0
19 * N Vel V* 09 31 13.3181527686 -57 02 03.755222030   4.691 3.139     K5III 104 0
20 V* R Car Mi* 09 32 14.5961045592 -62 47 20.002588152 8.51 7.40 6.10 5.44 2.90 M5-8 182 0
21 V* FR Vel LP* 09 59 04.0304129136 -50 30 49.009398624           M6 6 0
22 * q Car LP* 10 17 04.9755364660 -61 19 56.296709026   4.899 3.350     K2.5II 147 0
23 * alf Ant PM* 10 27 09.1006393440 -31 04 04.004901300 7.33 5.70 4.25 3.15 2.36 K3III 81 0
24 V* VZ Vel OH* 10 28 11.0083798248 -51 11 07.684927008   11.96 10.87     M6e 25 0
25 * mu. Vel PM* 10 46 46.1750979464 -49 25 12.935780341 4.16 3.59 2.69 2.01 1.52 G6III 192 0
26 * ksi Hya ** 11 33 00.1149306166 -31 51 27.447975478 5.17 4.47 3.54 2.84 2.36 G7IIIb 269 0
27 * del Cen Be* 12 08 21.4976373 -50 43 20.738614 1.51 2.39 2.52 2.48 2.62 B2Vne 320 0
28 V* V368 Cen AB* 12 13 05.7476735688 -50 12 23.863786668   11.11 10.03     M6/7(III) 12 0
29 V* TV Cen C* 12 14 31.6571232456 -51 31 57.461270484 14.05 10.62 7.72     C 22 0
30 * eps Cru PM* 12 21 21.6081337639 -60 24 04.133270061   4.98 3.57     K3III 97 0
31 V* XZ Cen Mi* 12 24 12.0019386408 -35 38 01.594444128   11.26 10.01 7.49   M5(III)e 33 0
32 V* S Cen C* 12 24 33.9185490504 -49 26 24.728127180 11.92 9.45 7.60     C-R4 53 0
33 * gam Cru PM* 12 31 09.95961 -57 06 47.5684 5.01 3.23 1.64 -0.02 -1.44 M3.5III 291 1
34 * gam Cen ** 12 41 31.04008 -48 57 35.5375 2.15 2.16 2.17 2.14 2.14 A1IV+A0IV 132 0
35 * w Cen PM* 12 42 35.4513079543 -48 48 47.197138463 6.77 5.76 4.66 3.91 3.34 K0III 78 0
36 * e Cen PM* 12 53 06.9063292060 -48 56 35.926377300 7.28 5.70 4.33 3.35 2.60 K3/4III 57 0
37 * iot Cen PM* 13 20 35.8128156095 -36 42 44.296492410 2.77 2.76 2.73 2.68 2.69 kA1.5hA3mA3Va 218 0
38 * M Cen SB* 13 46 39.3791197929 -51 25 57.926401944   5.586 4.632     G8/K0III 41 0
39 * g Cen LP* 13 49 26.7219319935 -34 27 02.784711526 7.15 5.69 4.19 2.06 0.19 M5-III: 146 0
40 V* TW Cen Mi* 13 57 43.1806720944 -31 04 11.044795944   10.16 9.51 8.55   M6-8Ib-II:e 37 0
41 * tet Cen PM* 14 06 40.94752 -36 22 11.8371 3.94 3.04 2.05 1.29 0.76 K0-IIIb 262 1
42 V* Y Cen AB* 14 30 58.6201096274 -30 05 51.833212458 11.06 10.34 8.90     M7/8III 50 0
43 * eta Cen Be* 14 35 30.4241610 -42 09 28.170782 1.30 2.12 2.31 2.41 2.59 B2Ve 361 1
44 * phi01 Lup PM* 15 21 48.3695971307 -36 15 40.943845073   5.076 3.546     K4III 103 0
45 V* R Nor Mi* 15 35 57.3532146231 -49 30 28.650984474   10.27 8.806 10.86   M3-7 87 0
46 * ome Lup PM* 15 38 03.2069631593 -42 34 02.408479318 7.47 5.75 4.33 3.30 2.57 K3III 66 0
47 V* BV Lup Mi* 15 38 11.8818283128 -44 23 35.864357676           ~ 6 0
48 V* FQ Lup AB* 15 43 33.6114415776 -37 10 10.163263476   10.00 8.58     M5/6(II) 23 0
49 * eta Nor * 16 03 12.8974905224 -49 13 46.905295622   5.569 4.643     G8III 43 0
50 * gam01 Nor * 16 17 00.9343472331 -50 04 05.237131360 6.37 5.88 5.09 4.35 3.85 F9Ia 73 0
51 V* IP Nor Mi* 16 24 06.4827371568 -49 19 36.529197636           M1 10 0
52 * H Sco V* 16 36 22.4715031529 -35 15 19.193081688   5.730 4.156     K5III 66 0
53 V* ST Sco S* 16 36 36.2192115984 -31 14 02.427110736   11.36 10.40     S8/4.5 55 0
54 V* SU Sco C* 16 40 38.6728084368 -32 22 48.047102292   13.06 11.70     C-N5- 49 0
55 * eps Sco PM* 16 50 09.8108127 -34 17 35.633735 4.61 3.45 2.29 1.43 0.83 K1III 228 0
56 * zet02 Sco PM* 16 54 35.0050319669 -42 21 40.737010682   4.99 3.62     K3III 84 0
57 V* RS Sco Mi* 16 55 37.8172887216 -45 06 10.713636360   9.43 8.12     M6-7e 75 0
58 V* RR Sco Mi* 16 56 37.8385882488 -30 34 48.211969260 8.46 7.64 6.10     M6+e 160 0
59 V* RT Sco S* 17 03 32.5593710616 -36 55 13.694502792       13.973   S7,2 76 0
60 V* AH Sco s*r 17 11 17.0194487616 -32 19 30.714035556   10.03 8.10     M5Ia-Iab 145 0
61 V* V623 Sco AB* 17 14 44.8707260304 -39 35 08.144871216           O-rich 6 0
62 V* RW Sco OH* 17 14 51.6789006720 -33 25 54.539038236     11.06 10.07 8.71 M6e 80 0
63 HD 156957 S* 17 22 22.9251313440 -41 44 41.390840508   10.548 8.920     S6/3 33 0
64 * kap Ara * 17 26 00.0431284872 -50 38 00.623818572   6.236 5.193     G8III 87 0
65 V* V483 Sco AB* 17 31 27.9351495432 -34 03 05.780149488   12.49 9.23 8.92   O-rich 11 0
66 * alf Ara Be* 17 31 50.4915282 -49 52 34.122041 2.09 2.78 2.95 3.05 3.29 B2Vne 269 0
67 * lam Sco bC* 17 33 36.52012 -37 06 13.7648 0.52 1.49 1.63     B2IV+DA7.9 404 0
68 * Q Sco PM* 17 36 32.8551435432 -38 38 06.891848556   5.357 4.267     G8/K0III/IV 47 0
69 V* MW Sco Mi* 17 36 38.4420450192 -45 28 42.024669600           ~ 4 0
70 * tet Sco * 17 37 19.12985 -42 59 52.1808   2.29 1.85     F1III 133 0
71 V* TT Sco C* 17 40 30.4447630368 -41 37 49.493654400   11.94 8.18     C4,4 29 0
72 V* BM Sco s*r 17 40 58.5463959480 -32 12 52.064356500 8.75 7.20 5.60     K2IbHdel1 93 0
73 V* RU Sco Mi* 17 42 25.2104220360 -43 45 01.320547932   11.19 7.80     M4/6e 50 0
74 V* TV Sco AB* 17 43 27.1193842176 -43 46 03.855086040   12.42 10.77     Me 19 1
75 V* SX Sco C* 17 47 28.2369310416 -35 42 04.601718324   11.3 10.50     C-N5 57 0
76 * iot01 Sco s*y 17 47 35.0794702956 -40 07 37.190504381   3.492 2.992     F2Ia 122 0
77 * G Sco * 17 49 51.4808976914 -37 02 35.794961894 5.57 4.38 3.21     K2III 88 0
78 * iot02 Sco * 17 50 11.1117941496 -40 05 25.554554736 5.26 5.039 4.803 6.56   A2Ib 62 0
79 V* U Ara Mi* 17 53 37.6267301760 -51 41 14.189589240   12.11 7.70     M3IIIep 32 0
80 V* W Ara AB* 17 57 00.7399362480 -49 48 03.632623668   10.71 9.43     M5III 14 0
81 V* V608 Sgr Mi* 18 06 45.9420987912 -35 35 52.704525012       14.71 10.623 ~ 8 0
82 V* V1835 Sgr Mi* 18 16 15.3630397800 -31 42 49.150539324           ~ 9 0
83 * eta Sgr LP? 18 17 37.6371989461 -36 45 42.084592381 6.37 4.67 3.11 1.55 0.23 M2III 149 0
84 V* TW Tel RR* 18 20 54.0264989784 -52 33 57.344709924     16.27     ~ 6 0
85 * eps Sgr PM* 18 24 10.31840 -34 23 04.6193   1.82 1.81     B9IVp_lB? 221 1
86 V* LO Sgr Mi* 18 26 33.9364327344 -26 56 56.347195056           ~ 6 0
87 V* RV Sgr Mi* 18 27 56.0809974072 -33 19 29.275048560     7.20     M5e 68 0
88 * zet Tel PM* 18 28 49.8593702175 -49 04 14.117954578   5.12 4.11     K1III-IV 59 0
89 * tet CrA * 18 33 30.1857736368 -42 18 45.029663136   5.618 4.614     G8III 42 0
90 V* AM CrA AB* 18 41 15.4554037896 -37 29 04.906441320   9.99 8.60     M5/6III 21 0
91 V* U Tel Mi* 19 08 02.2591549584 -48 54 12.067499088   10.60       M7e 37 0
92 * del CrA PM* 19 08 20.9696916432 -40 29 48.112728468   5.664 4.571     K1III 37 0
93 * bet CrA * 19 10 01.7567255066 -39 20 26.853667665   5.281 4.095     K0II/IIICNIb 63 0
94 V* V Tel AB* 19 18 14.6109450720 -50 26 48.360983388   10.93 10.30     M6/8 33 0
95 * iot Tel * 19 35 12.9863426256 -48 05 57.116564520   5.977 4.879     K0III 34 0
96 * iot Sgr PM* 19 55 15.6947540258 -41 52 05.896040754 6.11 5.21 4.13     K0II/III 93 0
97 V* RZ Sgr S* 20 15 28.4023889376 -44 24 37.478466072   10.550 9.533 7.858   S4,4ep 79 0
98 V* RT Sgr Mi* 20 17 43.6449915792 -39 06 46.031633496   9.80 8.28     Me 62 0
99 V* Y Tel AB* 20 20 14.2802825256 -50 42 11.475315036   10.45 9.35     M7III 26 0
100 V* U Mic Mi* 20 29 15.7813892664 -40 25 01.271702820   11.76 10.89     M5/7e 79 0
101 * nu. Mic RG* 20 33 55.0725726576 -44 30 57.764228760   6.117 5.118     K0III 33 0
102 V* U Ind AB* 20 42 21.6012760032 -51 06 05.505421068   12.07 10.40     M5/6 12 0
103 HD 198456 * 20 49 09.5866646496 +39 17 24.496334376   9.02 7.92     K0 17 0
104 V* T Ind C* 21 20 09.4835040168 -45 01 18.808630176 12.08 8.33 6.00     C7,2 93 0
105 V* W Mic Mi* 21 23 01.9438478616 -41 57 59.321974608     10.30     M2/4e 20 0
106 V* V Mic OH* 21 23 48.7685217528 -40 42 05.204919096   14.26 12.82 13.37   M3/5e 80 0
107 * lam Gru PM* 22 06 06.8848137372 -39 32 36.070820047   5.843 4.458     K3III 68 0
108 V* T Gru s*r 22 25 40.9271092032 -37 34 09.185211660   9.67 7.80     M1Iae 71 0
109 * 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
110 * rho Gru PM* 22 43 29.9762552808 -41 24 51.643891310   5.854 4.835     K0III 81 0
111 V* R Phe Mi* 23 56 27.5567081328 -49 47 12.603031980   10.580 7.50 9.93 8.692 M4/5(III)e 47 0
112 V* RR Phe Mi* 23 58 44.1290832384 -39 26 59.879713092           ~ 13 0

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