1995A&AS..114..487J

Query : 1995A&AS..114..487J

1995A&AS..114..487J - Astron. Astrophys., Suppl. Ser., 114, 487-487 (1995/December-2)

Photographic observations of visual double stars.

JASINTA D.M.D., RAHARTO M. and SOEGIARTINI E.

Abstract (from CDS):

We present the results of photographic observations of 399 visual double stars of the Hipparcos Input Catalogue (HIC), observed in the years 1980 and 1990-1991 with the 60-cm double-refractor of the Bosscha Observatory at Lembang, Java.

Abstract Copyright: ∼

Journal keyword(s): astrometry - binaries: visual

VizieR on-line data: <Available at CDS (J/A+AS/114/487): table N=361>

Simbad objects: 224

goto View the references in ADS

Number of rows : 224
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 1766A PM* 00 21 52.4837679816 -23 00 28.710835704   8.20 7.60 8.30   G1V 44 0
2 IRAS 00311-2621 mul 00 33 36.6 -26 05 28           ~ 7 0
3 HD 3074 ** 00 33 43.80664 -35 00 07.4745   7.02 6.40     F8/G0V 69 0
4 HD 4294 ** 00 44 31.65483 -62 29 51.3236           F5III/IV 37 0
5 HD 4378 ** 00 45 48.28710 -41 54 33.0961 10.358 9.144 7.881 7.115 6.466 K5/M0V 45 0
6 CD-23 334 ** 00 52 12.81020 -22 37 02.1070   7.67 7.14     F8V 36 0
7 HD 5156 ** 00 53 12.46185 -24 46 36.7577           F4IV+G0V 45 0
8 HD 5659 ** 00 58 09.75634 -15 40 57.9835           A/F+F/K 31 0
9 HD 6334 ** 01 03 17.90163 -60 05 50.9540           F5 30 0
10 HD 6651 ** 01 07 10.99083 -01 43 55.4946           F6V+G3V 47 0
11 * kap Tuc PM* 01 15 46.0891031031 -68 52 33.401317053   5.39 4.95 4.82   F6V 146 0
12 HD 8071 ** 01 19 57.76544 -15 48 51.5472   8.24 7.58 7.51   G0V 56 0
13 * p Eri ** 01 39 47.53953 -56 11 47.0997           K2V+K2V 71 0
14 * eps Scl ** 01 45 38.7571221 -25 03 09.402256   5.70 5.31     F1V+K1V 86 0
15 HD 11944 ** 01 55 19.63844 -60 18 44.9261   9.02 8.52 7.53   F2V 34 0
16 * phi Eri PM* 02 16 30.5860916570 -51 30 43.794586801 3.06 3.45 3.57 3.64 3.75 B8IV 161 0
17 HD 14246 ** 02 17 26.46385 -30 43 19.6500           F6V 25 0
18 * ome For * 02 33 50.7014978880 -28 13 56.415570096 4.7 4.90 4.96     B9.5IV 73 0
19 HD 16853 ** 02 39 44.62345 -59 34 07.3960       8.68   A9IV 15 1
20 * 84 Cet ** 02 41 13.99720 -00 41 44.3845   6.23 5.71     F7V 123 0
21 HD 17098 ** 02 43 20.23496 -40 31 40.4717   6.34 6.36     B9.5V 41 0
22 * tet Eri ** 02 58 15.6752536 -40 18 16.852418           A2V 39 0
23 * alf For PM* 03 12 04.5298039833 -28 59 15.439152331 4.41 4.51 3.98 3.39 3.08 F6V 296 0
24 HD 20121 ** 03 12 25.74558 -44 25 10.7932   6.37 5.93     A8V+F3V 102 0
25 HD 22468 RS* 03 36 47.2904292073 +00 35 15.943692002 7.09 6.79 5.90     K2:Vnk 1206 0
26 HD 22986A * 03 39 45.4848123408 -40 21 08.021630016   7.05 6.91 7.86   A2V 17 0
27 * f Eri ** 03 48 35.87724 -37 37 12.5415 4.22 4.26 4.27     ~ 44 0
28 HD 26770 ** 04 13 00.52912 -28 32 26.2934   8.86 9.01 8.27   G0V+G0V 45 0
29 * 39 Eri PM* 04 14 23.6878980552 -10 15 22.620462156 7.18 6.07 4.90 4.01 3.44 K2III 121 0
30 HD 28255 ** 04 24 12.20665 -57 04 16.8262           G1V+G6V 65 0
31 HD 28867 Y*O 04 33 33.0491533 +18 01 00.189284   7.030 7.013     B9IVn 113 0
32 HD 30003 ** 04 40 17.7514165 -58 56 38.086446           G3V+G3V 88 0
33 * 55 Eri ** 04 43 34.74627 -08 47 39.5132           ~ 49 0
34 HD 31027 ** 04 49 37.056000 -53 52 53.45616   9.047 8.735 8.420   K1V 49 0
35 CD-24 3023 ** 05 21 46.25452 -24 46 22.7417   5.73 5.06     G8/K0II/III+A2/3 51 0
36 HD 35317 ** 05 23 51.32963 -00 51 59.8576           F7V+F8V 94 0
37 IRAS 05238-1944 ** 05 25 59.8 -19 41 43           ~ 9 0
38 * sig Ori Y*O 05 38 44.7653828520 -02 36 00.283179888 2.54 3.58 3.79 3.87 4.11 O9.5V+B0.2V(n) 855 0
39 * sig Ori E Y*O 05 38 47.2050040320 -02 35 40.521424812 5.66 6.38 6.46 6.84 7.08 B2IV-Vp_He 486 0
40 * zet Ori ** 05 40 45.52666 -01 56 33.2649 0.50 1.56 1.77 1.85 2.05 O9.7Ib+B0III 375 0
41 HD 40501 ** 05 58 28.34724 -20 09 53.2310           F3IV/V+A/F 26 0
42 HD 41742 SB* 06 04 40.1012416848 -45 04 44.095415808   6.42 5.966 7.01   F5.5V 80 0
43 HD 41683A EB* 06 05 24.6693433195 -28 40 38.684762783   8.51 8.09     F3V 30 0
44 HD 46273 ** 06 29 49.06454 -50 14 20.6831           F2V 74 0
45 * V Pup V* 06 38 37.6357344120 -48 13 12.661228668   6.02 5.03     G8III 43 0
46 * mu. CMa A * 06 56 06.6459193752 -14 02 36.351243780   6.58 5.09     K2/3III 63 0
47 CPD-52 1153 ** 07 20 21.42374 -52 18 41.4823           ~ 36 0
48 HD 58116A * 07 20 54.9183678299 -56 46 48.613331788   8.54 8.53     B9/A0III 15 0
49 HD 58038 ** 07 22 16.37403 -35 54 58.4602           F/G 37 0
50 * alf Gem ** 07 34 35.87319 +31 53 17.8160 1.64 1.62 1.58 1.51 1.52 A1V+A2Vm 275 0
51 HD 61532 ** 07 38 56.95241 -20 16 10.9173           A7III/IV 13 0
52 HD 69302 ** 08 14 23.8746718618 -45 50 04.250534667 4.84 5.661 5.836     B2IV 82 0
53 HD 72127 ** 08 29 27.48346 -44 43 29.3236 4.04 4.95 5.15 6.59   B3III/IV 86 0
54 HD 74341 ** 08 40 43.52558 -57 32 43.7625           A4V+F7V 37 0
55 HD 75086 ** 08 45 05.54069 -58 43 27.5252 5.64         B7III 33 0
56 * 17 Hya ** 08 55 29.60769 -07 58 16.1529           kA4hF1mF2+kA1hF2mF3 30 0
57 HD 76635 ** 08 56 49.68658 -17 26 00.1999           F3/5V 31 0
58 HD 79416C * 09 12 30.2672428944 -43 36 47.177003628   6.70 6.77     ~ 16 0
59 HD 79416 a2* 09 12 30.5228205 -43 36 47.737095 4.98         B8V(pSi) 92 0
60 * zet01 Ant B * 09 30 45.7592539224 -31 53 28.008615444   6.89 6.82     A1V 21 0
61 HD 85100 ** 09 48 45.2402759 -35 01 12.731616           A9IV/V 18 0
62 HD 87793 ** 10 06 50.48018 -24 42 56.0360           G0V 33 0
63 HD 89613 ** 10 19 02.22913 -56 01 14.5966           A3/5 14 0
64 HD 92436 PM* 10 38 59.6202794544 -58 49 00.674410152   7.593 5.979     M1III 29 0
65 HD 95858B * 11 03 04.6531622256 -41 02 52.142571132   11.12 10.52 10.349   ~ 3 0
66 HD 97547 ** 11 13 05.1160711 -47 03 18.718977           F8/G0IV 30 0
67 CPD-64 1657 ** 11 23 21.40035 -64 57 16.9709           B5IV+B9.5IV 48 0
68 HD 99279 ** 11 24 40.3 -61 38 51           ~ 82 0
69 HD 99279A PM* 11 24 40.3862287109 -61 38 51.311865498   8.769 7.54 7.62 8.86 K5-V 83 0
70 * 17 Crt ** 11 32 16.40407 -29 15 39.6768           F8V+F8V 30 0
71 NAME HD 101847BC ** 11 43 11.7870077 -39 25 56.357051       10.27   ~ 8 0
72 HD 103493 ** 11 55 01.33947 -56 05 45.5426   7.33 6.69     G5VFe-0.7 47 0
73 HD 103817A PM* 11 57 18.4978693512 -22 32 17.495224440   8.70 8.22 8.91   F6V 35 0
74 HD 105913 ** 12 11 22.90723 -16 47 27.0321           G6V+G7V 49 0
75 * D Cen ** 12 14 02.69745 -45 43 26.0981 8.33 6.74 5.31     K3III 48 0
76 HD 106515A PM* 12 15 06.5667197808 -07 15 26.353003536   8.79 7.97     G5V 100 1
77 HD 106976 * 12 18 09.5724683616 -03 56 55.610599452 6.37 6.34 5.99     F1VkF2mF3 57 0
78 HD 107976A SB* 12 24 49.4570408761 -58 07 10.889977866   8.71 7.73 8.27   F8/G2IV/V 30 0
79 * alf Cru SB* 12 26 35.89522 -63 05 56.7343           B0.5IV+B1V 99 0
80 BD-12 3676 ** 12 41 15.95081 -13 00 50.0334           F5IV 55 0
81 V* VV Crv SB* 12 41 15.9525645216 -13 00 50.036265504   6.26 5.843     F6III 89 0
82 HD 110318 SB* 12 41 16.2277173792 -13 00 53.529499296   6.28 5.822     F5V 64 0
83 * gam Vir PM* 12 41 39.6282288151 -01 26 57.854228847 3.07 3.10 2.74 2.45 2.26 F1-F2V 482 0
84 * mu. Cru ** 12 54 36.1 -57 10 23           ~ 5 0
85 * tet Mus WR* 13 08 07.1531705448 -65 18 21.679426548 4.71 5.50 5.53 5.44 5.40 WC5+B0III 336 0
86 HD 116865 ** 13 28 23.43234 -67 52 10.1134           A5III/IV 17 0
87 HD 119191 ** 13 42 20.76932 -33 58 49.6628           F0/3+(F/G) 31 0
88 * 3 Cen ** 13 51 49.60136 -32 59 38.7067           B5III+B9IV 256 0
89 * h Cen SB* 13 53 12.5382897240 -31 55 39.430392240 4.04 4.59 4.73     B5IVp 108 0
90 HD 121325 ** 13 54 58.20132 -08 03 31.8395           F7/8V 72 0
91 HD 121287 * 13 55 16.2974740104 -32 05 57.250123332   8.04 7.06 7.61   K1/2III 16 0
92 HD 122911A PM* 14 04 48.7384369368 -06 33 08.697687876   8.48 8.13     F3V(+A) 42 0
93 HD 123453 ** 14 08 04.09936 -12 55 42.1319           G8/K0(V)+A/F 35 0
94 HD 124314 ** 14 15 01.60615 -61 42 24.3831   8.96 6.64 6.45 6.31 O6V(n)((f)) 155 0
95 HD 125414A PM* 14 19 31.5999429600 -13 42 39.403970856   8.54 8.00     F8/G0V 31 0
96 HD 125906A PM* 14 22 38.6614848504 -07 46 05.436163056   8.01 7.44     G0V 55 0
97 HD 126366 ** 14 25 27.63968 -19 57 57.0213       7.82   A2V 28 0
98 * alf Cen B PM* 14 39 35.06311 -60 50 15.0992 2.89 2.21 1.33     K1V 1092 2
99 * alf Cen A SB* 14 39 36.49400 -60 50 02.3737 0.96 0.72 0.01     G2V 1352 1
100 * m Hya ** 14 46 00.07998 -25 26 35.4355           F0VSr+G1V 76 0
101 HD 130412 ** 14 48 31.71652 -17 20 24.9156           G3V 42 0
102 * mu. Lib ** 14 49 19.05130 -14 08 56.4766 5.33 5.38 5.31     ApSrEuCr 122 0
103 HD 130717 ** 14 51 16.83022 -47 24 21.2713           K2III+(K) 14 0
104 * ksi Boo BY* 14 51 23.37993 +19 06 01.6994 5.618 5.370 4.593 3.91 3.48 G7Ve+K5Ve 503 0
105 HD 132347 ** 14 59 29.23211 -30 42 41.5076           A3mA5-F0 25 0
106 HD 133131 ** 15 03 35.80651 -27 50 27.5520           G2V+G2V 49 0
107 * pi. Lup ** 15 05 07.2349623163 -47 03 03.828968181 3.17 3.75 3.89 3.99 4.10 B5 106 0
108 HD 134799A * 15 13 01.0708479944 -37 14 48.032779200   8.28 7.94     F0IIISrCrMg 29 0
109 HD 136347 * 15 21 30.0957912715 -38 13 07.286608599   6.49 6.56     ApSi 75 0
110 * eps Lup bC* 15 22 40.8682566 -44 41 22.614637 2.46 3.191 3.366     B3IV+B3:V 193 0
111 HD 137631A SB* 15 27 30.2751117576 -10 57 45.135315324   8.71 8.16     F8V 41 0
112 HD 137583 ** 15 29 32.87113 -58 21 05.2544           A8V 25 0
113 HD 137919 ** 15 30 21.29078 -41 55 08.4957           B9.5V 31 0
114 HD 138488A ** 15 33 09.5145939344 -24 29 25.650022686   7.11 6.91 7.71   A7V 65 0
115 * d Lup Be* 15 35 53.24806 -44 57 30.1982 3.68     6.70   B3V 129 0
116 IRAS 15359-0837 ** 15 38 40.08 -08 47 29.4           F6.5V+F7V 9 0
117 HD 139628 ** 15 39 54.48634 -19 46 08.9384       7.656   F3V 35 0
118 HD 140192 ** 15 43 11.56203 -25 24 56.1281           F0V 26 0
119 HD 140285 ** 15 44 22.67415 -41 49 08.7181   5.93 5.93     A0V+B 33 0
120 CD-65 2007 ** 15 47 53.05292 -65 26 32.2086 5.86 5.76 5.53     A5 20 0
121 HD 141318 Pu* 15 51 06.8041626360 -55 03 19.928655972 5.13 5.756 5.767 7.08   B2III 93 0
122 * 2 Sco ** 15 53 36.71880 -25 19 37.7087 3.86 4.52 4.59     B2.5Vn 169 0
123 HD 142661A PM* 15 55 54.5836414920 -02 09 51.876204660   7.517 6.964 7.97   F8.5V 34 0
124 * iot01 Nor ** 16 03 32.08942 -57 46 30.2641   4.89 4.67     A5IVs 99 0
125 * ksi Sco ** 16 04 22.134576 -11 22 23.17404 4.65 4.64 4.17     F7V 134 0
126 IRAS 16015-1118 ** 16 04 25.96 -11 26 57.6           ~ 9 0
127 * bet Sco ** 16 05 26.23 -19 48 19.4 2.00 2.43 2.50     B1V+B2V 40 0
128 HD 144503 ** 16 07 44.33151 -38 02 24.8611   9.57 8.98 8.95   G5V 25 0
129 V* V856 Sco Ae* 16 08 34.2870044544 -39 06 18.325711332 7.66 7.41 7.05 6.92   A9V_sh 405 0
130 HD 144928 * 16 09 32.3464392648 -32 38 55.658801220   7.69 7.17 7.73   F5/8(V) 4 0
131 HD 146835 SB* 16 19 31.5425133000 -30 54 06.687659160   7.364 6.821     F9-V 60 0
132 HD 147435 ** 16 23 45.22368 -41 14 49.8054           F2/3(IV) 27 0
133 HD 147553 ** 16 23 56.71426 -33 11 57.8305   6.47 6.46     B9.5V(n)+A1V(n) 59 0
134 CD-29 12513 ** 16 24 39.77379 -29 42 16.7693   6.01 5.41     G0 35 0
135 HD 147633 ** 16 25 17.58322 -49 08 52.3567   9.44 8.92 8.27   G2V 65 0
136 * rho Oph ** 16 25 35.11766 -23 26 49.8150 4.30 4.85 4.63 4.27 3.96 B2IV+B2V 670 0
137 * alf Sco s*r 16 29 24.45970 -26 25 55.2094 4.08 2.75 0.91 -0.64 -1.87 M1.5Iab+B2Vn 786 0
138 * R Ara ** 16 39 44.72575 -56 59 39.9217           B5V+F1IV 75 0
139 HD 150135 * 16 41 19.4443334664 -48 45 47.568769200 6.19 7.00 6.88 7.33   O6.5V((f))z 130 0
140 HD 151148 ** 16 46 14.84276 -17 20 48.2860   9.5 8.93     F8V 15 0
141 HD 151576B PM* 16 49 01.3791797496 -19 36 27.655594308   10.16 9.67 9.91   F2 20 0
142 HD 151566 ** 16 50 36.07960 -50 02 41.8040   6.77 6.45     F0IV/V 22 0
143 HD 151771A * 16 51 00.0337895325 -37 30 52.240634996   6.30 6.22   8.86 B8II-III 47 0
144 HD 151282 ** 16 51 33.04265 -67 33 39.7195           G+(G) 17 0
145 HD 153315A * 16 59 16.8646205976 -13 11 55.476683880   9.87 9.20     F5V 13 0
146 HD 153123 ** 17 01 06.84661 -58 51 00.2565           B3V 9 0
147 HD 153579 ** 17 02 52.50801 -50 09 37.4700           A0V 14 0
148 HD 154520 ** 17 06 29.44216 -13 56 05.5747           F6V 28 0
149 * 36 Oph ** 17 15 20.9839376 -26 36 10.157115           K2V+K1V 145 0
150 HD 156384 ** 17 18 57.16483 -34 59 23.1416 7.80 6.93 5.89 4.97 4.38 K3V+K5V 179 0
151 * 41 Ara PM* 17 19 03.8375517433 -46 38 10.440417011 6.66 6.28 5.48 4.76 4.30 G9V 215 0
152 HD 157661 ** 17 26 51.97802 -45 50 34.9096       6.53   B8V+B9V 40 0
153 HD 159843 ** 17 37 46.84252 -23 23 21.7206           F3V 23 0
154 HD 160415A * 17 42 14.6974721112 -48 38 32.231287500   8.47 8.12     F5V 22 0
155 HD 163028 ** 17 57 13.21271 -55 22 52.4992           K0III+A2 18 0
156 HD 163998 ** 17 59 18.09175 -06 51 21.3214           B8/9(V) 15 0
157 * tau Oph ** 18 03 04.91992 -08 10 49.2586 5.22 5.17 4.79     F3IV 103 0
158 CD-43 12272A PM* 18 06 49.8929258688 -43 25 30.800909676   5.84 5.62     A6V 74 0
159 HD 166653 ** 18 15 08.56593 -57 51 15.9132           G2V 41 0
160 HD 168815 SB* 18 22 13.8873280776 -15 05 17.835270936   9.73 7.83     K5+II 35 0
161 HD 168263B * 18 23 03.8249911512 -62 35 12.600107016   9.81 9.37     ~ 5 0
162 HD 170121 ** 18 28 56.75583 -25 02 34.4705           G2V 33 0
163 HD 171119 ** 18 34 27.27567 -34 48 56.5683           F0V 21 0
164 HD 173457A * 18 45 51.3265224048 -10 29 34.049159448   7.76 7.34     A6V 18 0
165 * 5 Aql ** 18 46 28.60 -00 57 42.1           A0V 17 0
166 HD 176686 ** 19 02 32.05519 -28 38 41.1814       9.25   G1V 23 0
167 * gam CrA ** 19 06 25.11014 -37 03 48.3901 4.75 4.73 4.21     F8V+F8V 58 0
168 HD 178079 PM* 19 08 44.8292109816 -33 47 39.398003664   8.49 8.11     F/G+A/F 23 0
169 HD 180562A * 19 17 39.9590890658 -15 58 01.689786128   7.26 7.04 8.00   A3/5V 15 0
170 HD 182821 ** 19 28 21.54882 -43 53 05.5525           F8V 25 0
171 HD 183275 PM* 19 29 52.1859279672 -26 59 08.179477620   6.62 5.49     K1/2III 49 0
172 HD 191408 PM* 20 11 11.9387690214 -36 06 04.351725607   5.44 5.32     K2.5V 294 1
173 HD 191408B PM* 20 11 12.8028949300 -36 06 32.166102762           M3.5 230 1
174 HD 191056 ** 20 11 50.67965 -63 37 01.0787   8.23 8.19 9.16   A0V+(A) 17 0
175 HD 192290 * 20 14 24.3562908768 -06 02 50.595261432   7.81 7.45     F2III 27 0
176 HD 191869A PM* 20 14 56.1701529120 -56 58 35.305868928   8.39 7.92 8.68   F6/8 39 0
177 HD 192614 ** 20 16 54.73254 -32 36 26.5826           G5V 35 0
178 HD 192724B * 20 17 50.4301423488 -40 11 09.519914760   8.14 7.66     F8/G2 3 0
179 HD 193256 * 20 20 26.5730016024 -29 11 28.700728368   7.703 7.525 8.49   A8VnkA3mA3(_lB) 67 0
180 HD 193281 * 20 20 27.8803232880 -29 11 49.972752276   6.76 6.64 7.50   A2IV-V 105 0
181 HD 193300B * 20 20 33.5016821760 -29 10 19.666161372   10.37 9.93 10.147   F/G 5 0
182 HD 193300A * 20 20 33.5397742872 -29 10 15.027935124   10.43 10.00 10.229   F0V 7 0
183 HD 193465B * 20 21 46.9962081654 -36 54 02.336481373   10.10 9.51     F/G 7 0
184 * pi. Cap SB* 20 27 19.2018649104 -18 12 42.098429628   5.06 5.14     B3/5V 58 0
185 HD 195284A PM* 20 31 52.7371641704 -40 54 06.064526877   9.11 8.34 8.964   K0/2 38 0
186 HD 196014 ** 20 36 30.52040 -45 33 28.3582           A7III 17 0
187 HD 196310 ** 20 36 55.06905 -12 44 13.7137           F2IV/V 52 0
188 HD 198141A PM* 20 48 55.7021898936 -20 37 08.301790272   10.27 9.65 9.87   K2III 29 0
189 HD 198251A * 20 51 33.9218480833 -56 23 17.357233264   9.85 9.40 9.717   F7/G0 15 0
190 CD-62 1338 ** 20 51 38.50881 -62 25 45.5812   5.83 5.65   9.14 A2III+A3III 20 0
191 * 12 Aqr ** 21 04 04.72438 -05 49 23.0347           G4 23 0
192 HD 201247 ** 21 10 25.35298 -54 34 25.4948           G5V+G7V(k) 38 0
193 HD 201630A * 21 11 34.2117922680 -23 06 45.965379636   9.14 8.66     F3 28 0
194 HD 201796A PM* 21 12 22.6062076992 -15 00 00.363937788   8.83 8.17 8.77   G3V 55 0
195 HD 202982 ** 21 20 02.47348 -27 18 16.0562           G5V 48 0
196 HD 204018 ** 21 27 01.62272 -42 32 52.5504           A5mF0-F3 55 0
197 * 29 Aqr ** 22 02 26.2490626 -16 57 53.407718           A2V+G0II 81 0
198 HD 210571 ** 22 12 02.24628 -38 18 10.1685           F3V 27 0
199 * 41 Aqr ** 22 14 18.03271 -21 04 28.4330           K0III+F2V 44 0
200 HD 211415 PM* 22 18 15.6133953371 -53 37 37.466806476   5.98 5.39 6.52   G0V 212 0
201 * 53 Aqr A PM* 22 26 34.300222 -16 44 31.90085   6.83 6.22     G2V 144 0
202 * zet Aqr ** 22 28 49.90685 -00 01 11.7942   4.06 3.65     F2V++F2.5IV-V 136 0
203 * 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
204 HD 214615 ** 22 39 34.62597 -12 36 54.6093           G9Vk: 69 0
205 HD 214600 ** 22 39 46.48668 -28 20 53.3359           F5V 28 0
206 HD 215812 ** 22 47 50.17720 -04 13 44.5656   8.34 7.56 7.33   G2V+G8V 89 0
207 * gam PsA * 22 52 31.5301572432 -32 52 31.657761516 4.28 4.46 4.51     A0VpSrCrEu 74 0
208 HD 217962 ** 23 05 00.8453921 -51 21 20.906877           G6/K1(V)+(F) 20 0
209 * tet Gru ** 23 06 52.73046 -43 31 13.2857   4.730 4.332     kF3VhF5mF5(II-III) 64 0
210 HD 218269 * 23 07 14.7743611128 -50 41 12.065595576   6.68 6.24     F5.5IV-V 45 0
211 HD 218928 ** 23 11 59.56946 -11 56 00.7933           G8III 15 0
212 * 94 Aqr SB* 23 19 06.7191981624 -13 27 31.825994400   5.95 5.18     G8.5IV 234 0
213 HD 220002 PM* 23 20 49.2385787112 -50 18 37.990310040   9.309 8.726 8.91   G4IV 17 0
214 HD 220003 SB* 23 20 50.17925 -50 18 23.6192       7.11   A7/9 41 0
215 HD 220436A * 23 23 45.3145559222 -08 27 36.407737618   8.22 7.08     K2III 26 0
216 HD 221551 ** 23 33 26.60014 -57 01 44.6363           F6/7V 28 0
217 HD 221790 * 23 35 11.6328991776 -18 34 18.572102004   9.38 8.43     K0III 11 0
218 HD 222834A * 23 44 07.1801416248 -27 11 40.482587580   10.35 9.71 9.945   G1V 21 0
219 HD 222896 ** 23 44 47.2241410 -45 14 49.696466           F5IV/V 10 0
220 HD 222896A * 23 44 47.2260337435 -45 14 49.711098736   9.85 9.35     ~ 11 0
221 * i02 Aqr ** 23 46 00.9225438 -18 40 42.031269           A9IV+F2V 55 0
222 HD 223991B * 23 54 20.9198359733 -27 02 34.324230331   7.72 7.37     F2V 8 0
223 HD 224253 ** 23 56 21.34127 -09 29 56.9994           K0V 42 0
224 HD 224641 PM* 23 59 30.3641526768 -26 31 25.351134996   8.43 8.00     F0(V) 26 0

To bookmark this query, right click on this link: simbad:objects in 1995A&AS..114..487J and select 'bookmark this link' or equivalent in the popup menu