2001AJ....121.1583H

Query : 2001AJ....121.1583H

2001AJ....121.1583H - Astron. J., 121, 1583-1596 (2001/March-0)

CCD speckle observations of binary stars from the southern hemisphere. III. Differential photometry.

HORCH E., NINKOV Z. and FRANZ O.G.

Abstract (from CDS):

Two hundred seventy-two magnitude difference measures of 135 double star systems are presented. The results are derived from speckle observations using the Bessel V and R passbands and a fast readout CCD camera. Observations were taken at two 60 cm telescopes, namely the Helen Sawyer Hogg Telescope, formerly at Las Campanas, Chile, and the Lowell-Tololo Telescope at the Cerro Tololo Inter-American Observatory, Chile. The data analysis method is presented and, in comparing the results to those of Hipparcos as well as to recent results using adaptive optics, we find very good agreement. Overall, the measurement precision appears to be dependent on seeing and other factors but is generally in the range of 0.10-0.15 mag for single observations under favorable observing conditions. In four cases, multiple observations in both V and R allowed for the derivation of component V-R colors with uncertainties of 0.11 mag or less. Spectral types are assigned and preliminary effective temperatures are estimated in these cases.

Abstract Copyright: ∼

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

Simbad objects: 138

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Number of rows : 138
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 469 ** 00 09 02.3930869080 -54 00 07.038806868   7.07 6.33     G8III+A/F 45 0
2 * bet01 Tuc ** 00 31 32.6680562275 -62 57 29.582843542   4.249 4.289     B9.5Va 125 0
3 * 51 Psc ** 00 32 23.7789405384 +06 57 19.747317924   5.663 5.679     B9.5V 104 0
4 * 13 Cet RS* 00 35 14.87968 -03 35 34.2367   5.75 5.21     F7V+G4V 305 0
5 HD 3443 SB* 00 37 20.71960 -24 46 02.1843           K1V+G 251 0
6 HD 4061 ** 00 43 01.8333969481 -03 51 22.555040559       8.14   F3IV/V 21 0
7 HD 4774 ** 00 48 52.4918085912 -60 22 11.140485528   8.27 7.96     F0IV/V 20 0
8 HD 5756 ** 00 57 52.0856641522 -66 33 39.113507158           G3III 23 0
9 * bet Phe ** 01 06 05.03952 -46 43 06.2785 4.75 4.19 3.30 2.59 2.08 G8III 87 0
10 * ups Phe ** 01 07 47.8233278592 -41 29 12.635288484   5.361 5.207     A1(V)+F1(V) 88 0
11 * zet Phe SB* 01 08 23.0805843521 -55 14 44.736015873   3.908 4.014     B6V+B9V 243 0
12 HD 7174 ** 01 10 35.7639246576 -65 55 18.108460704   9.68 9.30 9.08   F5V 34 0
13 HD 8519 ** 01 21 58.64325 -69 43 07.5714           F3V 39 0
14 HD 8556 SB* 01 24 20.5021369 -06 54 52.773474   6.32 5.92     F4V 146 0
15 HD 8821 ** 01 25 56.10608 -47 53 55.9493   9.32 8.84 8.78   G8VFe+0.6 41 0
16 * tau Scl ** 01 36 08.4955228656 -29 54 26.293804713       6.87   F2V 62 0
17 HD 10009 SB* 01 37 37.7062257504 -09 24 13.759495668   6.77 6.24     F8.5VFe-0.5 125 0
18 HD 10453 ** 01 41 44.83264 -11 19 28.8186       6.96   F5V 85 0
19 HD 10508 ** 01 42 23.58267 -06 45 17.6626   9.03 9.26 8.93   F3V 51 0
20 HD 11803 ** 01 55 53.82941 +01 50 59.8991       7.09   F9V 145 0
21 V* TY For ** 02 30 13.7246065824 -25 11 11.190836544       7.58   A9V:n 63 0
22 HD 18455 ** 02 57 14.71163 -24 58 10.2526 8.739 8.2 7.331 7.91 6.424 K2V 75 0
23 HD 20121 ** 03 12 25.74558 -44 25 10.7932   6.37 5.93     A8V+F3V 102 0
24 * 15 Eri ** 03 18 22.1101471484 -22 30 39.975423421   5.783 4.875     K0III 63 0
25 HD 25614 ** 04 00 44.8675123656 -58 39 42.007446216           A2V 15 0
26 HD 27463 a2* 04 16 20.9736650 -60 56 54.520969   6.444 6.366     ApEuCr(Sr) 60 0
27 * 55 Tau ** 04 19 54.8606314218 +16 31 21.225588133   7.401 6.853     F8V 257 0
28 HD 27710 ** 04 21 31.31088 -25 43 42.8746           F2V 99 0
29 HD 28312 ** 04 26 56.93054 -24 04 52.7539           A3V 44 0
30 * l Eri ** 04 38 10.8236170649 -14 18 14.500428166 5.99 4.96 3.87 3.03 2.47 K2-IIIb 141 0
31 V* HS Eri dS* 04 42 22.5732742416 -00 55 47.660819268   7.105 6.9     kF2hF5mF5(III)Eu 33 0
32 HD 30869A SB* 04 51 49.978609 +13 39 18.53294   6.81 6.36     ~ 179 0
33 HD 30869 ** 04 51 49.9931074392 +13 39 18.486491220   6.751 6.250 7.34 5.674 F7V 204 0
34 HD 31925 ** 04 59 01.36250 -16 22 33.6890           hF5gF5mF3 90 0
35 * gam02 Cae dS* 05 04 26.1570986024 -35 42 18.382481569   6.61 6.31     F2IV/V 81 0
36 * i Ori ** 05 07 52.8935888573 +08 29 54.421123532       6.59   kA4hF0mF5(III)Eu 160 0
37 HD 33236 ** 05 08 56.1510533083 +03 13 07.455535999   6.65 6.52     A1III/IV 40 0
38 BD+01 938B * 05 13 31.530 +01 58 03.39   7.74 6.90     (K) 75 0
39 BD+01 938 ** 05 13 31.55526 +01 58 03.6479 6.79 6.51 6.09 7.10   A2/3V+(K) 86 0
40 BD+01 938A * 05 13 31.559 +01 58 03.70   6.88 6.78     A2/3V 76 0
41 HD 35112 ** 05 22 37.4843966832 +02 36 11.649727440 9.435 8.716 7.747 7.184 6.663 K3V 67 0
42 HD 35261 ** 05 23 04.22579 -08 06 19.9196           B9IV/V 22 0
43 * 32 Ori ** 05 30 47.05091 +05 56 53.2925 3.51 4.07 4.20 4.26 4.40 B5IV+B7V 205 0
44 * del Ori ** 05 32 00.40009 -00 17 56.7424 0.96 2.02 2.41 2.32 2.54 O9.5IINwk 796 0
45 HD 37224 ** 05 35 26.7536438376 -33 16 09.248147544   9.03 8.49 7.59   F6V 36 0
46 * 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
47 HD 39177 ** 05 48 13.26275 -48 55 06.7536           A1V 17 0
48 HD 39007 ** 05 50 02.6857306428 +09 52 16.375436948           G8III 64 0
49 HD 40369 ** 05 58 53.2350549535 +12 48 29.743367626           G8III:+A5V 63 0
50 HD 42899 ** 06 12 17.69966 -25 14 42.0973           F0V+F5/8 29 0
51 HD 44333 ** 06 21 25.7810412251 +02 16 06.676383731   6.539 6.280     A4/5IV 89 0
52 * G Pup ** 06 25 43.65308 -48 10 36.8367 5.54 5.70 5.76     B9V 57 0
53 HD 46273 ** 06 29 49.06454 -50 14 20.6831           F2V 74 0
54 HD 47229 ** 06 35 59.5681347220 -35 10 18.049224232   9.26 8.96 8.60   F3/5+(G) 24 0
55 HD 47500 ** 06 37 13.8352632483 -36 59 26.337386346           B7III 30 0
56 HD 48189 BY* 06 38 00.3532489704 -61 32 00.114167796         5.46 G1VCH-0.5 152 0
57 HD 49076 ** 06 42 28.690536 -61 45 22.86000           F5IV/V 17 0
58 HD 49662 ** 06 48 57.73663 -15 08 41.0004       6.96   B7IV 69 0
59 HD 51202 ** 06 55 14.7507064862 -29 02 18.376285566       7.78   F6V 25 0
60 HD 51825 ** 06 57 17.58427 -35 30 25.7579   6.670 6.224     F5V 88 0
61 HD 52694 ** 07 01 49.9155235965 -10 52 56.510629809           K1(III)+F(5) 35 0
62 HD 56012 ** 07 14 48.27242 -15 28 33.8633           F3V 46 0
63 HD 57095 ** 07 17 29.56192 -46 58 45.2751 8.362 7.646 6.669     K1V+K4V 86 0
64 HD 58846 ** 07 26 16.265952 -28 09 43.84404           F0V 11 0
65 * f Pup ** 07 37 22.10978 -34 58 06.7109 4.13 4.44 4.53 4.55 4.62 B8IV/V 67 0
66 HD 61946 ** 07 39 41.86068 -43 16 46.6146           B5IV/V 18 0
67 HD 62351 ** 07 42 58.94168 -17 03 41.7813   9.06 8.71 7.42   G5/6IV 46 0
68 HD 63449 ** 07 46 46.03324 -46 48 06.0005           B7IV 16 0
69 * 9 Pup ** 07 51 46.30295 -13 53 52.9169           G0V 256 0
70 HD 68895 ** 08 12 30.7927258144 -46 15 51.445044238       7.26   B5V 56 0
71 V* V596 Pup SB* 08 27 33.2749537514 -20 50 38.246097199   6.63 6.59     A1V 123 1
72 HD 72626 ** 08 33 04.84845 -24 36 25.0395           F2IV/V 56 0
73 HD 73752 ** 08 39 07.8986712999 -22 39 42.828327944   6.00 5.17 6.38   G3V+K0V 144 0
74 * del01 Vel ** 08 44 42.226383 -54 42 31.75567           A2IV+A4V 214 0
75 * eps Hya ** 08 46 46.51223 +06 25 07.6855 4.43 4.06 3.38 2.78 2.39 G1III+A8V 267 0
76 HD 77920 ** 09 04 21.23011 -33 06 06.6504   8.23 7.88     F2V 26 0
77 HD 79900 ** 09 15 14.6345326750 -45 33 19.797448220           B8V 54 0
78 * 29 Hya ** 09 27 14.64092 -09 13 25.3595       7.58   A0V 54 0
79 * psi Vel ** 09 30 41.99958 -40 28 00.2616 3.89 3.96 3.60 3.24 3.02 F3VFe-0.7 123 0
80 HD 83520 ** 09 37 12.65194 -53 40 06.6340   5.592 5.467     A2/3V 36 0
81 HD 83610 ** 09 38 40.7144165760 -39 36 51.058549260       7.53   F6V 38 0
82 * gam Sex ** 09 52 30.43727 -08 06 18.1269       6.46   A0/1V 112 0
83 HD 87416 ** 10 04 17.7964398016 -28 22 43.608391139           F6V 50 0
84 HD 87783 ** 10 06 11.21241 -47 22 11.9676       6.47   K1III+(G) 47 0
85 HD 88473 ** 10 09 30.17029 -68 40 58.0205           A0IV 27 0
86 HD 89263 ** 10 16 03.21020 -59 54 12.2710   6.42 6.22     A5V 53 1
87 HD 89455 ** 10 19 16.8635874144 -12 31 41.241448164   6.269 6.027     A8III 35 0
88 HD 91881 ** 10 36 04.50734 -26 40 31.7332       7.21   F5V 73 0
89 HD 91962 SB* 10 36 59.9979931102 -08 50 23.512435908   7.87 7.23   6.34 G1V 77 0
90 * p Vel SB* 10 37 18.1504398154 -48 13 32.398269222 4.19 4.13 3.84 3.57 3.41 kA5hF0VpSr 131 0
91 * 34 Sex ** 10 42 37.4863569885 +03 34 59.181200846   7.08 6.58     F6V 91 0
92 * pi. Cen ** 11 21 00.4170807171 -54 29 27.964002014           B5Vn 127 0
93 HD 99565 ** 11 27 10.77410 -15 38 54.7176   9.289 8.947 8.463   G8VFe+0.5 58 0
94 HD 100493 ** 11 33 37.19997 -40 35 11.8945       6.80   A2IV/V 38 0
95 * bet Hya a2* 11 52 54.52149 -33 54 29.2672 3.85 4.18 4.28 4.27 4.35 kB8hB8HeA0VSi 110 0
96 HD 103567 ** 11 55 23.09826 -41 54 12.7549           A5V 13 0
97 * eps Cha ** 11 59 37.57634 -78 13 18.6179           B9V(n) 111 0
98 HD 104471 SB* 12 01 46.09571 -34 39 01.1429           G0V 66 0
99 * 89 Cen ** 12 03 36.34296 -39 00 32.6897   8.84 8.54 7.39   F7V 56 0
100 HD 110372 ** 12 42 06.4846495335 -54 45 39.098451281           K1/2III 20 0
101 HD 112361 ** 12 56 39.56577 -47 41 10.5063   8.91 8.61 7.58   F5IV/V 41 0
102 HD 113823 ** 13 07 24.29673 -59 51 37.8238 6.57 6.45 5.98     B9IV+F8/G2 48 0
103 * alf Com ** 13 09 59.28520 +17 31 46.0389 4.71 4.77 4.32 4.1   F5V+F6V 213 0
104 HD 116197 ** 13 22 52.51410 -47 56 35.5871           A4V 35 0
105 * y Vir ** 13 34 40.4501961 -13 12 51.571563   5.956 5.932     A0V 102 0
106 HD 117945 ** 13 35 08.0918705459 -58 21 59.317903254           F7V 35 0
107 HD 118261 ** 13 37 12.38185 -61 41 30.7082           F6V 74 0
108 HD 120759 PM* 13 52 00.9812162256 -31 37 08.992655652   6.67 6.21 7.20   F5/6V 52 0
109 * y Cen ** 13 53 32.76039 -35 39 51.3200       6.74   F3V 63 0
110 HD 123227 ** 14 07 41.5263183624 -49 52 03.409704588       7.17   G3V 42 0
111 HD 124757 ** 14 15 19.38658 +03 07 52.9946   9.31 8.87 7.79   F8V 104 0
112 HD 129065 ** 14 41 06.7168016 -22 37 06.858542   7.63 7.25     A5V+G/K 25 0
113 HD 130940 ** 14 54 10.92829 -66 25 12.3150       7.64   G0V 55 0
114 * zet Sgr ** 19 02 36.73024 -29 52 48.2279   2.69 2.59     A2.5Va 181 0
115 HD 179366 ** 19 17 12.23202 -66 39 39.7941           A3/5IV/V 41 0
116 HD 186957 ** 19 50 44.8035225840 -59 11 37.198718232           A0IV 34 0
117 HD 188405 ** 19 55 19.5002101 -06 44 05.222255   6.86 6.51     F2IV/V 82 0
118 HD 189340 SB* 19 59 47.2802830338 -09 57 29.634435094   6.45 5.87     F9V 170 0
119 * bet Del ** 20 37 32.94130 +14 35 42.3195 4.16 4.07 3.63 3.23 2.99 F5IV 285 0
120 * tau Cap ** 20 39 16.31779 -14 57 17.1352       6.60   B7III 113 0
121 HD 197711 PM* 20 46 09.6859891681 -21 44 44.694829104   8.79 7.86     K1IV-V 20 0
122 * 4 Aqr ** 20 51 25.74827 -05 37 35.8719   6.48 6.07     F7IV+F6:V: 111 0
123 * eps Equ ** 20 59 04.47539 +04 17 36.5211       5.6   F5(V)+F6(V) 179 0
124 HD 201221 ** 21 08 00.6698997 +05 09 05.822800   6.86 6.74     A1V 42 0
125 * tet02 Mic ** 21 24 24.8179591 -41 00 24.103339   5.725 5.775     ApSi 58 0
126 * 24 Aqr ** 21 39 31.5346754634 -00 03 04.109536548           F6V 127 0
127 * 39 Aqr ** 22 12 25.7584225536 -14 11 38.276251908   6.413 6.043     F0V 57 0
128 * 51 Aqr ** 22 24 06.8843328 -04 50 13.269259   5.752 5.779     B9.5V 101 0
129 * 37 Peg ** 22 29 57.9368897784 +04 25 54.081797376       6.98   kA7hF3mF5(III) 151 0
130 HD 214850 ** 22 40 52.68164 +14 32 56.9765       6.76   G4V 209 0
131 HD 216187 * 22 52 10.0136810380 -63 11 19.204685231   7.26 6.21     K0III 15 0
132 HD 216718 ** 22 55 10.9616331648 -04 59 16.449139284   6.626 5.757     K1III 64 0
133 HD 217084 ** 22 58 36.40986 -45 31 09.5538   9.38 8.94 8.50   G3V 45 0
134 * ups Gru ** 23 06 53.6261193384 -38 53 32.246540628       7.03   A0V 41 0
135 * 97 Aqr ** 23 22 39.17113 -15 02 21.6245   5.43 5.22     A3V 112 0
136 HD 221083 SB* 23 29 06.4435672629 -28 15 50.258678197           F3/5IV 25 0
137 * b03 Aqr * 23 33 16.6221708982 -20 54 52.182140526   4.770 4.758     A0V 43 0
138 HD 221839 ** 23 35 40.0529180913 -27 29 25.866030895   7.215 6.701     F7V+G3V 55 0

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