2006AJ....131.1000H

Query : 2006AJ....131.1000H

2006AJ....131.1000H - Astron. J., 131, 1000-1006 (2006/February-0)

Speckle interferometry of southern double stars. III. Measures from the Cesco observatory, 1994-1996.

HORCH E.P., DAVIDSON J.W.Jr, VAN ALTENA W.F., GIRARD T.M., LOPEZ C.E., FRANZ O.G. and TIMOTHY J.G.

Abstract (from CDS):

Position angle and separation measures of 482 primarily southern binary stars are presented. These were obtained from speckle observations taken at the Carlos U. Cesco Observatory, El Leoncito, Argentina, using a multianode microchannel array detector during the period 1994 July to 1996 July. When comparing our measures to the ephemeris predictions in the case of objects with well-determined orbits, we find that our measures have a precision of approximately 13 mas per observation in separation and 0°.75/ρ in position angle, where ρ is the separation in arcseconds. We briefly discuss the photometric properties of the data and highlight four southern binaries of particular interest that emerge from the list presented.

Abstract Copyright: ∼

Journal keyword(s): Astrometry - Stars: Binaries: Visual - Techniques: Interferometric

VizieR on-line data: <Available at CDS (J/AJ/131/1000): objects.dat table3.dat>

Simbad objects: 245

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Number of rows : 245
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 224750 ** 00 00 19.09514 -44 17 26.0255       7.36   G3IV 29 0
2 * kap01 Scl ** 00 09 21.06696 -27 59 16.5322       6.54   F3V 56 0
3 * lam01 Scl ** 00 42 42.89190 -38 27 48.5416           B9.5V 54 0
4 HD 5042 ** 00 51 52.1692322400 -43 42 32.500234080   7.27 6.94     F2/3V 40 0
5 HD 6354 ** 01 03 55.59254 -40 38 53.8492           A3III/IV 22 0
6 * bet Phe ** 01 06 05.03952 -46 43 06.2785 4.75 4.19 3.30 2.59 2.08 G8III 84 0
7 HD 6869 ** 01 08 33.83381 -46 40 04.7340           F0V 48 0
8 HD 8821 ** 01 25 56.10608 -47 53 55.9493   9.32 8.84 8.78   G8VFe+0.6 39 0
9 HD 9438 ** 01 31 35.3716908336 -53 22 09.864215590       8.64   F5/6V 27 0
10 * tau Scl ** 01 36 08.4955228656 -29 54 26.293804713       6.87   F2V 59 0
11 HD 10453 ** 01 41 44.83264 -11 19 28.8186       6.96   F5V 81 0
12 HD 10508 ** 01 42 23.58267 -06 45 17.6626   9.03 9.26 8.93   F3V 50 0
13 HD 11057 ** 01 47 40.55194 -43 58 15.9496   9.78 9.04 8.77   F6/7V 33 0
14 * alf Psc a2* 02 02 02.81972 +02 45 49.5410           kA0hA7Sr+kA2hF2mF2(IV) 155 0
15 HD 14882 ** 02 23 14.54149 -29 52 09.5215   7.75 7.15 7.67   G0V 55 0
16 HD 18455 ** 02 57 14.71163 -24 58 10.2526 8.739 8.2 7.331 7.91 6.424 K2V 68 0
17 HD 19313 ** 03 06 03.9938397601 -13 26 05.519753911           F5V 33 0
18 HD 20319 ** 03 16 00.85447 -05 55 07.3324   6.15 6.17     B9III 69 0
19 * 95 Cet ** 03 18 22.4263835016 -00 55 49.034196624           G9IV 114 0
20 HD 21789 ** 03 30 39.33610 -04 16 23.8042           kA7hF1mF2 31 0
21 HD 23121 ** 03 42 04.13476 -17 08 45.2805           F5V 35 0
22 HD 25535 ** 04 02 03.4508309 -34 28 55.777145           G1/2V 66 0
23 HD 26087 ** 04 06 58.1295244440 -21 59 38.635512000           A5mA5-F2 27 0
24 HD 26301 ** 04 08 17.16701 -32 51 24.4593       8.199   A7IV/V 15 0
25 HD 26770 ** 04 13 00.52912 -28 32 26.2934   8.86 9.01 8.27   G0V+G0V 42 0
26 HD 27463 a2* 04 16 20.9736650 -60 56 54.520969   6.444 6.366     ApEuCr(Sr) 58 0
27 HD 28312 ** 04 26 56.93054 -24 04 52.7539           A3V 42 0
28 HD 28396 ** 04 27 55.36606 -21 30 14.6251           F5V 34 0
29 HD 32915 ** 05 05 55.23379 -13 54 49.4833   9.46 9.09 8.44   K0V 40 0
30 HD 34836 ** 05 18 26.46981 -41 02 39.8529           F5V 25 0
31 HD 37224 ** 05 35 26.7536438376 -33 16 09.248147544   9.03 8.49 7.59   F6V 32 0
32 HD 37376 ** 05 36 35.0957560273 -34 43 21.646250201           K1III 14 0
33 HD 37321 ** 05 37 34.80316 -01 25 19.6841 6.46 7.01 7.09 7.09 7.17 B5III 75 0
34 HD 37643 ** 05 39 16.2245138208 -17 50 57.890720004       7.54   B5III 47 0
35 HD 39763 ** 05 53 14.55535 -32 48 23.6211   7.84 7.76     A1V 15 0
36 HD 41612 ** 06 04 14.56978 -41 09 12.6352           F5V 26 0
37 HD 41824 RS* 06 04 46.68146 -48 27 29.8706       7.57   G7VpkCH-1 100 0
38 HD 42899 ** 06 12 17.69966 -25 14 42.0973           F0V+F5/8 28 0
39 HD 44948 ** 06 24 33.9360553713 -01 25 05.598044253 6.19         ApSi 28 0
40 HD 46273 ** 06 29 49.06454 -50 14 20.6831           F2V 70 0
41 HD 46973 ** 06 34 43.35910 -34 00 33.8492           A4V 17 0
42 HD 47144 ** 06 35 24.21831 -36 46 47.5626           A0V 43 0
43 HD 47993 ** 06 40 25.12002 -21 23 24.1988           A5II 13 0
44 HD 49294 ** 06 47 47.55531 +00 20 24.6833           A5III 49 0
45 HD 49662 ** 06 48 57.73663 -15 08 41.0004       6.96   B7IV 63 0
46 HD 49790 * 06 49 06.6834891245 -26 03 48.562477180   8.48 7.24     K2III 11 0
47 HD 50216 ** 06 50 58.63544 -28 42 26.4410           A1V 12 0
48 HD 51042 ** 06 54 14.80147 -34 13 22.3029           A1IV 17 0
49 HD 51202 ** 06 55 14.7507064862 -29 02 18.376285566       7.78   F6V 24 0
50 HD 53921 SB* 07 03 15.09928 -59 10 41.1857           B9III+B8V 67 0
51 HD 53952 ** 07 05 32.01945 -34 46 39.7145           F2V 37 0
52 HD 53974 ** 07 06 40.76672 -11 17 38.4396 4.59 5.44 5.39 6.80   B0IIIn 179 1
53 HD 55143 ** 07 10 30.25658 -29 20 49.3504           F6V 25 0
54 HD 55348 EB* 07 10 39.6090695085 -41 15 54.189595697           A2Vs 23 0
55 HD 56012 ** 07 14 48.27242 -15 28 33.8633           F3V 45 0
56 HD 56593 ** 07 17 06.97559 -12 02 02.0966   7.110 6.712     F4V 57 0
57 HD 57095 ** 07 17 29.56192 -46 58 45.2751 8.362 7.646 6.669     K1V+K4V 78 0
58 HD 59438 ** 07 29 21.86341 -14 59 55.1610       7.13   F8VFe-1.3CH-0.8 85 0
59 CD-27 4159 ** 07 30 46.22031 -28 05 49.1625           ~ 14 0
60 CD-73 375 ** 07 35 21.65696 -74 16 29.8462 6.08 6.32 6.34     B9 20 0
61 HD 61435 ** 07 36 26.1168455452 -54 11 14.011311085   6.88 6.84     A0V 14 0
62 * f Pup ** 07 37 22.10978 -34 58 06.7109 4.13 4.44 4.53 4.55 4.62 B8IV/V 63 0
63 HD 61946 ** 07 39 41.86068 -43 16 46.6146           B5IV/V 17 0
64 HD 62805 ** 07 42 20.9297 -58 40 12.004   7.20 7.15     A1IV 7 0
65 HD 62351 ** 07 42 58.94168 -17 03 41.7813   9.06 8.71 7.42   G5/6IV 43 0
66 HD 63449 ** 07 46 46.03324 -46 48 06.0005           B7IV 16 0
67 * 5 Pup ** 07 47 56.7188885208 -12 11 33.749188512       6.69   F5.5V 61 0
68 HD 63395 ** 07 47 58.87889 -19 24 12.9181           A1/2IV 17 0
69 HD 63785 ** 07 49 24.16391 -30 33 28.8330           F3/5V 30 0
70 * 9 Pup SB* 07 51 46.30295 -13 53 52.9169           G0V 243 0
71 HD 65211 ** 07 55 46.5911786617 -43 50 42.211636243           B5IV/V 40 0
72 HD 65598 ** 07 57 20.0618640637 -47 53 26.681123779   6.115 6.215     B5V 37 0
73 HD 67099 ** 08 05 02.12051 -34 18 44.3608     8.88 8.29   F6V 27 0
74 * zet Cnc ** 08 12 12.72637 +17 38 51.9615           F8V+G0V 181 0
75 * zet01 Cnc ** 08 12 12.72637 +17 38 51.9615           ~ 158 0
76 HD 68895 ** 08 12 30.79332 -46 15 51.4298       7.26   B5V 54 0
77 HD 69042 ** 08 13 46.26768 -34 44 19.5828           B8IV 5 0
78 HD 70270 ** 08 14 42.63612 -73 48 25.8319   9.09 8.81 7.63   A8III 19 0
79 HD 71204 ** 08 24 24.3313573161 -41 31 25.717167770           B9V 12 0
80 HD 72090 bC? 08 28 52.24262 -48 11 25.5750           B6V 12 0
81 HD 72626 ** 08 33 04.84845 -24 36 25.0395           F2IV/V 54 0
82 HD 73754 ** 08 38 47.6459562367 -33 52 15.613256179           G8III/IV 15 0
83 HD 74045 ** 08 39 04.05369 -55 56 32.7405           F3/5V 27 0
84 HD 74148 ** 08 39 13.19693 -60 19 02.2384   6.45 6.48     A0V 22 0
85 * eps Hya Ro* 08 46 46.51223 +06 25 07.6855 4.43 4.06 3.38 2.78 2.39 G1III+A8V 260 0
86 * H Vel SB* 08 56 19.2630167160 -52 43 24.506826528   4.591 4.723     B5/6IV 73 0
87 HD 77653 a2* 09 01 44.56044 -52 11 19.2661           ApSi 58 0
88 HD 77920 ** 09 04 21.23011 -33 06 06.6504   8.23 7.88     F2V 26 0
89 HD 79709 EB* 09 15 01.74874 -20 07 12.9529           A0V 12 0
90 HD 79900 ** 09 15 14.6345326750 -45 33 19.797448220           B8V 52 0
91 HD 80618 ** 09 20 15.909480 -23 28 46.59312   8.979 8.754 8.544   F3V 21 1
92 HD 81035 ** 09 21 40.9889 -47 19 12.540   7.60 7.47     A2IV/V 17 0
93 * ome Leo SB* 09 28 27.39861 +09 03 24.4255           G1V 162 0
94 * psi Vel ** 09 30 41.99958 -40 28 00.2616 3.89 3.96 3.60 3.24 3.02 F3VFe-0.7 118 0
95 HD 83139 ** 09 33 41.8409 -63 28 26.003   8.37 8.19     A3V 8 0
96 HD 82984 ** 09 33 44.53887 -49 00 18.2741 4.43 5.00 5.12     B5III 60 0
97 HD 83520 ** 09 37 12.65194 -53 40 06.6340   5.592 5.467     A2/3V 33 0
98 HD 83610 ** 09 38 40.7144165760 -39 36 51.058549260       7.53   F6V 35 0
99 HD 83879 ** 09 39 45.8811 -50 08 17.024   7.56 7.22     F0IV/V 20 0
100 HD 85431 PM* 09 51 24.7944216576 -16 33 29.938037760   8.54 8.03     F5V 27 0
101 * gam Sex ** 09 52 30.43727 -08 06 18.1269       6.46   A0/1V 109 0
102 HD 87036 ** 10 02 05.05023 -15 01 44.7631           A2V 13 0
103 HD 87416 ** 10 04 17.7964398016 -28 22 43.608391139           F6V 48 0
104 HD 87652 ** 10 05 01.8336923208 -51 18 49.021490340   6.18 6.24     B8/9III 27 0
105 HD 87783 ** 10 06 11.21241 -47 22 11.9676       6.47   K1III+(G) 43 0
106 HD 87793 ** 10 06 50.48018 -24 42 56.0360           G0V 32 0
107 HD 87840 ** 10 07 22.22548 -19 42 31.2819           A1IV/V 15 0
108 HD 88473 ** 10 09 30.17029 -68 40 58.0205           A0IV 26 0
109 * 34 Leo ** 10 11 38.2115197 +13 21 18.407128   6.891 6.427     F6V 115 0
110 HD 88842 ** 10 13 27.99391 -51 45 20.8310           A3IV/V 31 0
111 HD 89117 ** 10 16 18.86438 -28 58 42.6025           F3V 35 0
112 V* V340 Vel EB* 10 18 12.0004839 -50 49 25.291372   8.13 7.86     A3mA6-A7 21 0
113 HD 89828 ** 10 21 35.85868 -22 31 42.6434           A1V 24 0
114 HD 90201 ** 10 23 47.35476 -44 14 32.7395           A1V 14 0
115 HD 90256 ** 10 24 25.02828 -38 34 49.9087           F2/3IV 18 0
116 * t Vel ** 10 32 56.8607943672 -47 00 12.064355928   6.116 5.027     K1/2III 32 0
117 HD 91693 ** 10 34 19.71755 -46 29 05.9572           K1III 14 0
118 HD 91881 ** 10 36 04.50734 -26 40 31.7332       7.21   F5V 67 0
119 HD 91955 ** 10 36 35.3829691824 -28 46 18.509087928   6.91 6.85     A2V 23 0
120 * p Vel SB* 10 37 18.1504398154 -48 13 32.398269222 4.19 4.13 3.84 3.57 3.41 A3/5 127 0
121 HD 92467A * 10 38 51.3746764495 -64 29 52.801836545   7.15 7.17     ~ 49 0
122 HD 92467 ** 10 38 51.3790597 -64 29 52.853349 6.86         B9.5V 48 0
123 * 34 Sex ** 10 42 37.4863569885 +03 34 59.181200846   7.08 6.58     F6V 88 0
124 * del01 Cha ** 10 45 16.31446 -80 28 10.5409           K0III 21 0
125 HD 93227 ** 10 45 32.8850215608 -25 01 33.887760528   8.34 7.29     K0IV 14 0
126 * mu. Vel ** 10 46 46.17877 -49 25 12.9244 4.16 3.59 2.69 2.01 1.52 G6III 184 0
127 * 40 Sex ** 10 49 17.27285 -04 01 26.1344       7.88 6.38 A2/3III/IV 39 0
128 HD 93943 ** 10 49 24.4351014720 -59 19 25.641835176 5.85 5.91 5.91     B9.5IV/V 36 0
129 HD 94166 ** 10 51 33.8757674832 -41 47 10.098454848   8.48 8.39     A2IV/V 16 0
130 * 55 Leo PM* 10 55 42.3961058578 +00 44 12.909374947   6.35 5.93     F3/5V 74 0
131 HD 95091 ** 10 58 11.0180257734 -35 39 55.247749125   9.29 8.93 8.66   G3V 32 0
132 * 46 Cen a2* 11 07 16.6899055992 -42 38 19.247612928   5.25 5.24     ApSrCrEu 67 0
133 * psi Crt ** 11 12 30.37188 -18 29 59.4995   6.105 6.105     A0V 65 0
134 HD 97592 SB* 11 13 17.4799331271 -50 07 20.982157822           A1/2V+KIII 18 0
135 HD 97635 ** 11 14 03.6382523214 -15 26 07.115173738   8.15 7.79     F2/3III 34 0
136 HD 98096 ** 11 16 27.82443 -45 52 48.0363           F3V 32 0
137 HD 98415 ** 11 19 04.62550 -31 00 22.3566   8.61 8.11 8.74   G2/3V 33 0
138 * pi. Cen ** 11 21 00.4170807171 -54 29 27.964002014           B5Vn 122 0
139 HD 99565 ** 11 27 10.77410 -15 38 54.7176   9.289 8.947 8.463   G8VFe+0.5 55 0
140 HD 99872 ** 11 28 18.41395 -72 28 26.3265 5.83 6.221 6.115     B3V 81 0
141 HD 99804 ** 11 28 37.3154394366 -45 08 27.463336760           G8/K1(III)+(G) 35 0
142 HD 100122 ** 11 30 46.3148050800 -58 48 41.504394780   8.50 7.66     G8/K0III+(F) 23 0
143 HD 100493 ** 11 33 37.19997 -40 35 11.8945       6.80   A2IV/V 35 0
144 HD 101205 EB* 11 38 20.36114 -63 22 21.8889 5.64 6.53 6.54 7.41   O6V 160 0
145 HD 102113 * 11 44 51.3141342067 -55 27 42.563090626   7.76 7.68     A1V 16 0
146 HD 102703 ** 11 49 27.8547397104 -46 04 03.158554404   7.465 7.170     Fm_dD 38 0
147 * bet Hya a2* 11 52 54.52149 -33 54 29.2672 3.85 4.18 4.28 4.27 4.35 kB8hB8HeA0VSi 101 0
148 HD 103480 ** 11 54 48.33086 -42 23 42.0515   8.93 8.71 8.56   F2III/IV 20 0
149 HD 103567 ** 11 55 23.09826 -41 54 12.7549           A5V 13 0
150 * eps Cha EB* 11 59 37.57634 -78 13 18.6179           B9V(n) 106 0
151 HD 104324 EB* 12 00 47.49081 -12 09 27.1920   9.16 8.70 8.69   G0V 28 0
152 HD 104471 SB* 12 01 46.09571 -34 39 01.1429   7.499 6.955     G0V 60 0
153 CD-51 6290 ** 12 02 15.23121 -52 31 47.2163           ~ 11 0
154 * 89 Cen ** 12 03 36.34296 -39 00 32.6897   8.84 8.54 7.39   F7V 53 0
155 HD 105428 ** 12 08 21.29632 -18 34 53.8758           F3V 24 0
156 * D Cen ** 12 14 02.69745 -45 43 26.0981 8.33 6.74 5.31     K3III 45 0
157 HD 106612 ** 12 15 46.70370 -23 21 14.0490       7.47   F5/6V 45 0
158 HD 107295 ** 12 20 10.7704773498 -22 10 32.584907891   6.79 5.97     K0III+F/G 26 0
159 HD 108240 ** 12 26 08.3143911 -04 28 50.582189   8.14 7.69     F3V 37 0
160 HD 108799 ** 12 30 04.77431 -13 23 35.4605   9.14 8.69 7.49   G1/2V 123 0
161 HD 109349 ** 12 34 09.5610712584 -18 11 42.574152876   9.16 8.75 8.08   G1V 27 0
162 * gam Cen ** 12 41 31.04008 -48 57 35.5375 2.15 2.16 2.17 2.14 2.14 A1IV+A0IV 127 0
163 * gam Vir PM* 12 41 39.6282288151 -01 26 57.854228847 3.07 3.10 2.74 2.45 2.26 F1-F2V 467 0
164 HD 110372 ** 12 42 06.4846495335 -54 45 39.098451281           K1/2III 19 0
165 * bet Mus ** 12 46 16.80410 -68 06 29.2164 2.13     5.51   B2V+B3V 120 0
166 HD 111971 ** 12 53 42.46017 -57 39 23.0781   9.20 8.93 8.57   F7V 57 0
167 HD 112398 ** 12 56 26.5611174 -00 57 16.525237   8.89 8.41 7.50   F5V 60 0
168 HD 112361 ** 12 56 39.56577 -47 41 10.5063   8.91 8.61 7.58   F5IV/V 39 0
169 * 46 Vir ** 13 00 35.9469589944 -03 22 06.556356372           K1III 31 0
170 HD 113237 ** 13 03 11.0728918056 -56 06 38.237081328           B8V 21 0
171 * 48 Vir ** 13 03 54.42071 -03 39 47.3243           A9IV 58 0
172 HD 113823 ** 13 07 24.29673 -59 51 37.8238 6.57 6.45 5.98     B9IV+F8/G2 45 0
173 * alf Com ** 13 09 59.28520 +17 31 46.0389 4.71 4.77 4.32 4.1   F5V+F6V 202 0
174 HD 114772 ** 13 13 23.35287 -50 41 59.3747   5.89 5.90     B9.5V 49 0
175 HD 114993 ** 13 14 27.5334196560 -24 17 03.431593932   6.96 6.68     F0V 46 0
176 HD 115428 ** 13 17 23.83775 -21 32 16.7236         9.237 A9III/IV 28 0
177 HD 115286 ** 13 17 55.4180613783 -68 29 44.407671965           B9IV 22 0
178 HD 116197 ** 13 22 52.51410 -47 56 35.5871           A4V 33 0
179 HD 116536 ** 13 24 47.9393891016 -34 38 08.735420544   8.71 7.81     G5III 8 0
180 * d Cen ** 13 31 02.6565951 -39 24 26.298992 6.08 5.04 3.88 3.04 2.45 G8II/III 77 0
181 HD 118261 ** 13 37 12.38185 -61 41 30.7082           F6V 70 0
182 HD 119086 ** 13 41 30.8583286989 -23 26 59.304525999   6.658 6.605     A1V 35 0
183 * Q Cen ** 13 41 44.77217 -54 33 33.9275           B8.5Vn+A2.5Va 51 0
184 HD 119725 ** 13 46 04.2173205191 -52 18 27.298472275           F5/6 18 0
185 * y Cen ** 13 53 32.76039 -35 39 51.3200       6.74   F3V 59 0
186 HD 121325 ** 13 54 58.20132 -08 03 31.8395           F7/8V 70 0
187 HD 121336 ** 13 56 19.96521 -54 07 56.7142           A1V 49 0
188 HD 121502 ** 13 56 51.3536899801 -49 06 45.095431254           K0/1III+F 17 0
189 HD 122510 ** 14 03 01.72256 -31 41 02.5287           F5V 50 0
190 HD 122824 ** 14 05 28.03488 -50 23 56.4360           G8III 5 0
191 HD 123227 ** 14 07 41.5263183624 -49 52 03.409704588       7.17   G3V 37 0
192 HD 124757 ** 14 15 19.38658 +03 07 52.9946   9.31 8.87 7.79   F8V 102 0
193 HD 126367 * 14 25 29.8911563832 -19 58 11.936889588   6.709 6.595     A1/2V 44 0
194 * zet Boo ** 14 41 08.95158 +13 43 41.8967 3.88 3.83 3.78     A1V 107 0
195 HD 129160 ** 14 41 46.0775292156 -29 41 51.211742137       7.910   kA7hA9VmF2 16 0
196 HD 130412 ** 14 48 31.71652 -17 20 24.9156           G3V 39 0
197 * mu. Lib ** 14 49 19.05130 -14 08 56.4766 5.33 5.38 5.31     ApSrEuCr 114 0
198 HD 130458 ** 14 53 13.57117 -73 11 24.2613   6.42 5.60     G7III 28 0
199 HD 130940 ** 14 54 10.92829 -66 25 12.3150       7.64   G0V 53 0
200 * 59 Hya ** 14 58 39.25472 -27 39 26.3319           A5/7IV 58 0
201 * pi. Lup A * 15 05 07.087230 -47 03 04.54154   4.44 4.58     B5V 71 0
202 * pi. Lup EB* 15 05 07.2349623163 -47 03 03.828968181 3.17 3.75 3.89 3.99 4.10 B5 104 0
203 HD 134657 ** 15 13 59.1819531645 -61 20 34.720810591           B5III 26 0
204 * mu. Lup Be* 15 18 32.02296 -47 52 30.9957 3.82         B8Ve 105 0
205 * gam Cir ** 15 23 22.64294 -59 19 14.8131 4.35     6.14   B3/4V+F8V 50 0
206 * gam Lup El* 15 35 08.44835 -41 10 00.3247 1.76 2.586 2.765     B2IV 178 0
207 * d Lup Be* 15 35 53.24806 -44 57 30.1982 3.68     6.70   B3V 122 0
208 HD 140274 ** 15 44 59.56574 -50 47 07.6631           A3V 12 0
209 HD 140722 ** 15 46 12.85446 -28 03 41.3536           F0V 43 0
210 CD-65 2007 ** 15 47 53.05292 -65 26 32.2086 5.86 5.76 5.53     A5 18 0
211 HD 140944 ** 15 48 55.2747912312 -54 24 20.783772144           B3/5V 11 0
212 * 47 Lib Ro* 15 55 00.3615238176 -19 22 58.554643620   5.930 5.957     B2/3V 119 0
213 HD 142456 ** 15 55 41.91973 -26 44 49.9735   7.84 7.36     F7V 43 0
214 HD 141846 ** 15 59 55.13299 -78 01 38.1884       7.31   F3IV 23 0
215 * iot01 Nor ** 16 03 32.08942 -57 46 30.2641   4.89 4.67     A5IVs 94 0
216 HD 144503 ** 16 07 44.33151 -38 02 24.8611   9.57 8.98 8.95   G5V 25 0
217 HD 144892 ** 16 08 27.2491130171 -10 06 08.422880987   8.89 8.52 7.56   F6V 84 0
218 * lam Oph ** 16 30 54.82314 +01 59 02.1209   3.94 3.90     A1IV 168 0
219 HD 150420 ** 16 42 29.1037074345 -37 04 45.656309881           G3III 20 0
220 HD 152234 s*b 16 54 01.8373779952 -41 48 22.987396952 4.92 5.64 5.45     B0.5Ia 194 0
221 * 24 Oph ** 16 56 48.0387686511 -23 09 01.219310311           A0V 50 0
222 HD 152511 ** 16 57 29.9187499872 -60 36 00.457142148           B5III 22 0
223 HD 153221 ** 17 00 26.95941 -48 38 51.9319       7.08   G8/K0III+G 22 0
224 HD 153914 ** 17 01 58.97648 +08 27 02.3970   6.46 6.39     A4V 58 0
225 HD 154287 ** 17 06 11.92886 -38 37 31.0413       8.70   F3V 29 0
226 * eta Oph ** 17 10 22.68689 -15 43 29.6639 2.56 2.47 2.42 2.39 2.38 A2IV-V 264 0
227 * 36 Oph ** 17 15 20.9839376 -26 36 10.157115           K2V+K1V 136 0
228 HD 156384 ** 17 18 57.16483 -34 59 23.1416 7.80 6.93 5.89 4.97 4.38 K3V+K5V 165 0
229 HD 158156 ** 17 29 25.61554 -38 31 00.9203           A1V 27 0
230 * 70 Oph ** 18 05 27.28518 +02 30 00.3558 5.40 4.89 4.03 3.38 2.92 K0-V 649 0
231 HD 168021 ** 18 18 43.2576402120 -18 37 10.754919264 6.46 7.08 6.86 7.64   B0Ia+B0.2II 82 0
232 HD 173928 ** 18 48 45.4130757157 -18 36 04.166994205           A1V+K1III 30 0
233 * zet Sgr ** 19 02 36.73024 -29 52 48.2279   2.69 2.59     A2.5Va 174 0
234 * gam CrA ** 19 06 25.11014 -37 03 48.3901 4.75 4.73 4.21     F8V+F8V 54 0
235 HD 186957 ** 19 50 44.8035225840 -59 11 37.198718232           A0IV 32 0
236 * rho Cap ** 20 28 51.61448 -17 48 49.2693           F2V 136 0
237 * tau Cap ** 20 39 16.31779 -14 57 17.1352       6.60   B7III 109 0
238 * 4 Aqr ** 20 51 25.74827 -05 37 35.8719   6.48 6.07     F7IV+F6:V: 108 0
239 * 24 Aqr SB* 21 39 31.5346754634 -00 03 04.109536548   7.15 6.63     F6V 124 0
240 HD 208690 ** 21 58 07.78115 -03 29 23.5340           F0V 27 0
241 HD 212018 ** 22 22 36.43382 -56 09 08.8046           A9III/IV 13 0
242 HD 216655 ** 22 55 16.14624 -48 27 56.8622   9.30 8.91 7.82   G3/6 24 0
243 HD 218859 ** 23 11 51.23827 -44 43 31.9722       8.89   F7V 14 0
244 HD 222508 ** 23 41 28.50647 -41 34 49.0213       8.84   F6V 24 0
245 HD 223551 ** 23 50 34.37535 -51 42 19.4944       8.71   G8/K0V 44 0

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