2002ApJS..143..513G

Query : 2002ApJS..143..513G

2002ApJS..143..513G - Astrophys. J., Suppl. Ser., 143, 513-537 (2002/December-0)

Spectral classification of the hot components of a large sample of stars with composite spectra, and implication for the absolute magnitudes of the cool supergiant components.

GINESTET N. and CARQUILLAT J.M.

Abstract (from CDS):

A sample of 135 stars with composite spectra has been observed in the near-UV spectral region with the Aurélie spectrograph at the Observatoire de Haute-Provence. Using the spectral classifications of the cool components previously determined with near infrared spectra, we obtained reliable spectral types of the hot components of the sample systems. The hot components were isolated by the subtraction method using MK standards as surrogates of the cool components. We also derived the visual magnitude differences between the components using Willstrop's normalized stellar flux ratios. We propose a photometric model for each of these systems on the basis of our spectroscopic data and the Hipparcos data. We bring to light a discrepancy for the G supergiant primaries between the visual absolute magnitudes deduced from Hipparcos parallaxes and those tabulated by Schmidt-Kaler for the GIb stars: we propose a scale of Mv-values for these stars in composite systems. By way of statistics, about 75% of the hot components are dwarf or subgiant stars, and 25% should be giants. The distribution in spectral types is as follows: 41% of B-type components, 57% of type A, and 2% of type F; 68% of the hot components have a spectral type in the range B7 to A2. The distribution of the ΔMv-values shows a maximum near 0.75 mag.

Abstract Copyright: ∼

Journal keyword(s): Stars: Binaries: Close - Stars: Fundamental Parameters - Techniques: Spectroscopic

VizieR on-line data: <Available at CDS (J/ApJS/143/513): table1.dat notes.dat>

Simbad objects: 155

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Number of rows : 155
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 3125 ** 00 34 29.7947932521 -04 32 47.529190129   7.71 7.02     G7III 56 0
2 HD 3211 SB* 00 35 48.6977326560 +49 01 16.077075456   7.59 6.98     A2 36 0
3 HD 4615 SB* 00 48 41.1028090536 +52 06 02.924122356   7.70 6.85     F8 27 0
4 HD 4775 SB* 00 50 43.5977451408 +64 14 51.249546240   5.868 5.362     G5III+A0V 92 0
5 HD 5373 SB* 00 56 13.1665236720 +46 39 14.824884312   8.19 7.68     F2 31 0
6 * 42 Cet ** 01 19 48.29589 -00 30 32.5134   6.51 5.87     G8IV+A(8) 100 0
7 HD 8226 SB* 01 24 08.1274762440 +72 50 49.577104572   7.74 7.16     A0 20 0
8 HD 9353 ** 01 33 25.7075838384 +58 19 38.449163964   7.153 5.709     K3Ib-II+B7/8: 62 0
9 * 1 Ari ** 01 50 08.56984 +22 16 31.2100 7.10 6.60 5.86     G3III+A3IV 43 0
10 * 1 Ari A * 01 50 08.5710113566 +22 16 31.209984538   7.34 6.20     K0III+ 39 0
11 * 55 Cas ** 02 14 29.0885565480 +66 31 27.984251136 7.040 6.700 6.070     F9II+A2Vn 63 0
12 HD 16083 SB* 02 36 48.2195850576 +51 57 40.453938576 8.590 8.210 7.260     G5 27 0
13 HD 17246 ** 02 47 31.1546109384 +44 16 19.917517404   7.09 6.47     F5 36 0
14 HD 17479 mul 02 49 57.69845 +48 48 07.5703       8.692   A/F 13 0
15 HD 17718 * 02 52 19.3964296608 +48 37 52.522094820   9.27 8.62     G7III+B9.5/A0: 4 0
16 * tau Per EB* 02 54 15.4777208304 +52 45 44.882735292 5.17 4.71 3.96 3.33 2.89 G8III+A7V 166 0
17 HD 18715 * 03 01 29.0683563600 +32 24 45.777430692   7.88 6.84 7.71   G5IV 27 0
18 * gam Per EB* 03 04 47.8201112829 +53 30 23.262605954 4.08 3.63 2.93 2.34 1.89 G9III+A2-III: 212 0
19 HD 19092 ** 03 05 46.3931282415 +43 42 08.881097982           A/F 26 0
20 HD 19278 ** 03 08 30.335 +56 39 02.69   10.20 8.17     G8III 11 0
21 V* EL Cet SB* 03 12 26.3638429056 +06 39 39.188532816   6.579 5.568     K1IIIep+A6V 53 0
22 BD+44 732 SB* 03 32 16.4238563040 +44 50 26.454486804   8.592 7.262     K3II+B8 27 1
23 HD 20084 PM* 03 32 20.1347090088 +84 54 39.764690712   6.501 5.609     G5IIFe-1CH2Ba1: 77 0
24 HD 23089 ** 03 46 02.3314926384 +63 20 42.211540464   5.559 4.810     G2Ib/II+B7III/IV 85 0
25 HD 23838 SB* 03 50 04.4251512960 +44 58 04.328639760   6.417 5.657     G7III+F0IV: 68 0
26 HD 24480 * 03 57 08.2895322360 +61 06 31.986146592   6.68 5.05 6.37   K4III 48 0
27 * 36 Tau SB* 04 04 21.6685905480 +24 06 21.664655676   6.319 5.512     K1II+B7.5IV: 83 1
28 BD+80 125 ** 04 10 02.74737 +80 41 55.2485           G8III+A3.5IV: 70 0
29 * f Per SB* 04 14 53.3324007648 +40 29 01.105360764   5.652 4.691     G5II+A2V 91 0
30 * mu. Per SB* 04 14 53.8635146524 +48 24 33.590334394 5.75 5.12 4.16 3.38 2.83 G0Ib 242 0
31 HD 27395 ** 04 21 45.47510 +50 02 06.6444           G3Ib 23 0
32 HD 27639 V* 04 22 22.7297393832 +20 49 17.087397924   7.86 5.95     M0III 52 0
33 HD 29104 ** 04 35 42.5642310888 +19 52 54.441828084 7.470 7.070 6.350     G8III+F6IV 46 0
34 * 58 Per SB* 04 36 41.4325009530 +41 15 53.405356208 6.31 5.50 4.26 3.31 2.61 K0II-III+B9V 121 0
35 HD 276788 SB* 04 46 29.2809878904 +40 54 10.994102172   10.05 8.84     K1III+A2.5 7 1
36 * zet Aur EB* 05 02 28.6873880 +41 04 33.019985 5.35 4.97 3.75 2.62 1.75 K5II+B7V 453 0
37 HD 32835 SB* 05 07 05.1485560800 +26 59 45.298259052   8.53 7.71     F5V 20 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) 83 0
40 BD+01 938A * 05 13 31.559 +01 58 03.70   6.88 6.78     A2/3V 76 0
41 BD-11 1117 SB* 05 16 10.5564909648 -11 21 09.214337340   7.11 6.46     A2/3V+G8III+K1III 22 0
42 HD 34533 SB* 05 20 39.1622901888 +46 57 49.614975936   7.128 6.547     G9III+A2m? 38 0
43 HD 36947 ** 05 37 16.8455720232 +44 04 15.145101192 8.740 8.290 7.270     F8 31 0
44 * 26 Aur ** 05 38 38.0850966 +30 29 32.705388   5.846 5.406 6.77   A2.5V+F6III 105 0
45 BD+01 1148 ** 05 50 30.0274309488 +02 01 28.930473300   6.830 5.976     K1III+A0/1 54 0
46 HD 39847 SB* 05 56 12.8819315208 +25 19 47.622428220   8.14 7.78     A2III+F6IVe 26 0
47 HD 40369 ** 05 58 53.2350549535 +12 48 29.743367626           G8III:+A5V 60 0
48 HD 41162 ** 06 05 02.5811066832 +37 57 51.399439272 7.690 7.140 6.320     G8III+F0V: 28 0
49 HD 45044 SB* 06 25 42.0705624264 +14 05 33.671949252   7.48 6.88     F6V 25 0
50 HD 49635 SB* 06 50 14.0063242704 +18 47 52.801371636   8.66 8.07     A/F 27 0
51 HD 265334 SB* 06 51 55.7210038224 +08 19 09.203242368   9.86 9.35     G8.5III+A2.5IV: 7 0
52 * 14 Lyn ** 06 53 05.0484585 +59 26 54.751889   6.03 5.38     G8III 62 0
53 HD 50820 Be* 06 54 42.0425077248 -01 45 23.338676160 6.44 6.77 6.21 5.52 4.82 B3IVe+K2II 99 0
54 * mu. CMa A * 06 56 06.6459193752 -14 02 36.351243780   6.58 5.09     K2/3III 57 0
55 BD-07 1642 SB* 06 57 00.0942794184 -08 10 45.479776692   6.938 6.337     G9.5III+A0IV: 49 0
56 V* V926 Mon LP* 07 02 06.7316120112 -03 45 17.396855712   8.25 6.62     M2Ib+B7/9?IV: 29 0
57 HD 52822 ** 07 04 17.0974991736 +37 33 50.263745904   7.47 6.62     F5 34 0
58 BD-04 1862 SB* 07 13 44.5536531816 -05 09 19.917634572   8.13 7.27     K0/2(III)+B 22 0
59 BD-01 1612A * 07 14 50.085 -01 22 32.55   9.40 8.15     K0/1III 16 0
60 BD-01 1612 ** 07 14 50.08711 -01 22 32.5608           K0/1III+A1/2V 19 0
61 BD-01 1612B * 07 14 50.103 -01 22 32.77   9.32 9.30     A1/2V 16 0
62 HD 55549 SB* 07 17 05.4449626824 +59 54 59.428187136   8.46 7.85     A/F 22 0
63 BD-11 1951 ** 07 27 51.6595041678 -11 33 24.678706885           F8III+B3V 61 0
64 HD 59605 ** 07 30 56.5784332848 +08 33 07.167326616   7.56 7.12     A3mF3 28 0
65 BD-03 2061 ** 07 46 44.88570 -03 53 15.3455           G8/K0(III)+B/A 18 0
66 BD-03 2061A * 07 46 44.888 -03 53 15.31   8.81 8.17     G8/K0(III) 18 0
67 BD-03 2061B * 07 46 45.064 -03 53 14.34   11.08 12.85     B/A 16 0
68 * 82 Gem ** 07 48 33.6390438 +23 08 27.524360 7.010 6.76 6.21     K0III+A0IV: 82 0
69 V* V635 Mon EB* 08 01 44.5141260183 -08 35 35.278923751   7.98 7.31     G8III+A2III/IV 60 0
70 BD+04 1945 ** 08 17 18.4624784424 +04 13 09.006326796   7.149 6.539     K0III/IV+A2V 37 0
71 HD 70442 SB* 08 21 21.2238900336 -20 04 44.626345680   6.341 5.572     G8III 46 0
72 HD 70826 SB* 08 24 49.1837043984 +20 09 10.763749152 8.390 8.010 7.380     G7III 42 0
73 HD 73451 SB* 08 38 20.2771099488 -06 39 44.357486976   6.955 6.523     A0V+K0III 46 0
74 * 45 Cnc ** 08 43 12.3294639552 +12 40 51.145063104 6.310 6.040 5.650     A3III:+G7III 51 0
75 * F Hya * 08 43 40.3744846779 -07 14 01.422508229   5.441 4.625     G1Ib 165 0
76 * 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
77 BD-08 2518A * 08 54 14.814 -08 45 39.11   8.84 7.88     K0III 16 0
78 BD-08 2518 ** 08 54 14.81527 -08 45 39.0801   8.07 7.58     G8/K0(III)+A1 23 0
79 BD-08 2518B * 08 54 14.819 -08 45 40.28   8.63 8.58     A1 15 0
80 BD-02 2906A * 09 29 36.4143520514 -03 07 20.737592015   8.61 7.69     G7III 17 0
81 BD-02 2906 ** 09 29 36.41535 -03 07 20.7278           G7III+A1 20 0
82 BD-02 2906B * 09 29 36.4463609427 -03 07 19.975448165   8.96 8.84     A1 16 0
83 * omi Leo SB* 09 41 09.0321741326 +09 53 32.308426423 4.22 4.01 3.52 3.11 2.88 F8-G0III+A7m 153 0
84 * tet Ant ** 09 44 12.0951165 -27 46 10.101055 5.65 5.29 4.79 4.32 4.00 A7V+G8III 88 0
85 BD+21 2156 ** 10 09 19.6166559 +20 19 56.461685   7.24 6.70     G8III+A2m 94 0
86 * 93 Leo RS* 11 47 59.13595 +20 13 08.1500   5.07 4.52     F8III+A6III 220 1
87 * 12 Com SB* 12 22 30.3113907816 +25 50 46.167660348 5.56 5.30 4.81 4.34 4.01 F6III+A3V 188 0
88 HD 107701 * 12 22 31.3799046648 +25 49 42.549271536   9.14 8.61     F8V 69 0
89 HD 108464 * 12 27 33.1402627608 +41 21 18.212113512 7.350 7.060 6.540     A/F 38 0
90 V* DL Vir EB* 13 52 38.8080754200 -18 42 32.472530388   7.61 6.99     A2V+F6:III 100 1
91 HD 126269 ** 14 24 11.2609300104 +16 16 25.250129616   7.569 6.923     Am 41 0
92 HD 234138 * 14 26 59.0095893552 +52 29 09.038386680   10.47 9.52     K0 19 0
93 HD 137975 SB* 15 29 43.7115070872 -16 50 28.393791720   9.31 8.61 9.19   A2/3V+G8III 15 0
94 * 14 Ser * 15 36 33.7091671656 -00 33 41.511818808   7.233 6.504     K0III+A7/8 58 0
95 HD 144208 SB* 16 03 19.3643869944 +36 37 54.435536976   6.377 5.804     G6IIIa+A2.5IV 70 0
96 HD 157978 SB* 17 26 19.0063847712 +07 35 44.305905732 6.91 6.64 6.04 5.43 5.00 A1IVs+A2Vs+G0III 85 0
97 HD 159870 ** 17 33 31.6098585120 +57 33 31.379370984 9.100 7.990 6.860     G7III-+Am: 67 0
98 HD 164252 * 17 59 03.6239281560 +30 02 56.067198108   8.109 7.162     G8II-III 22 0
99 BD+16 3390 ** 18 10 08.72793 +16 28 35.7059 6.930 6.680 6.100     G8III+B9.5/A0: 72 0
100 * 17 Sgr ** 18 16 35.3688425784 -20 32 40.130965392   7.817 6.886     G8/K0III 38 0
101 HD 168701 EB* 18 21 48.8533403016 -16 19 28.537067676   8.84 7.69     K3II++B3/5? 35 0
102 HD 169689 EB* 18 25 38.7990783216 +08 01 55.225743564   6.545 5.665     G9II+B9V 105 0
103 * d Ser ** 18 27 12.50775 +00 11 45.9912           A0Vs+G:III 125 0
104 HD 172712 * 18 38 51.1459959552 +52 20 39.640060932   7.71 7.62     F6/8III? 24 0
105 BD+52 2258 ** 18 38 51.27550 +52 20 38.1454       7.65   kA5hA8mF1gF4 33 0
106 HD 174016 SB* 18 44 21.1829894376 +61 56 19.352248908   7.90 7.45     ~ 28 0
107 * 113 Her SB* 18 54 44.8849895400 +22 38 42.271489464 5.88 5.38 4.60 3.96 3.50 G8III+:+A0.5 94 0
108 UCAC3 226-165108 * 18 54 46.3697751864 +22 39 10.585472436       13.04   ~ 15 0
109 HD 178452 ** 19 08 14.4193264488 +12 15 02.150348148   8.52 7.57     G5 24 0
110 BD+00 4182 SB* 19 21 35.9983274928 +00 26 37.012379496   8.42 7.64     G8/K0III+A3/5(III) 23 0
111 * bet01 Cyg ** 19 30 43.2756033620 +27 57 34.825072398 4.83 4.21 3.08 2.21 1.55 K3II+B9.5V 231 0
112 * bet02 Cyg Be* 19 30 45.3961817904 +27 57 54.989118612 4.69 5.01 5.11     B8Ve 166 0
113 V* V1817 Cyg RS* 19 31 13.5541126104 +55 43 54.606543600   7.489 6.369     K2II-III+A0V 150 0
114 * 9 Cyg SB* 19 34 50.9283781560 +29 27 46.684035828   5.96 5.407     G8III+A2III: 98 0
115 HD 186098 ** 19 41 15.48452 +30 43 16.7785           G5 24 0
116 * chi Aql ** 19 42 34.00828 +11 49 35.7023 5.880 5.870 5.310     G2Ib+B5.5 63 0
117 V* PS Vul EB* 19 43 55.9721531472 +27 08 07.459733940   7.417 6.364     K3II++B6 51 0
118 * del Sge SB* 19 47 23.2655973192 +18 32 03.528856248 6.20 5.12 3.81 2.37 1.08 M2II+B0V 202 0
119 HD 187299 SB* 19 48 21.5927942856 +25 00 34.369891380 10.41 8.87 7.25 6.03 5.24 G8Ib+B6/9V 92 0
120 * pi. Aql ** 19 48 42.0576531 +11 48 57.217672 6.520 6.230 5.740 6.58   G8III+A3V 70 0
121 HD 187321 ** 19 48 43.6352939880 +18 52 01.311190854           G5II-III 31 0
122 HD 190361 SB* 20 03 51.8388825936 +21 03 01.522763748   8.53 7.27     K0 22 0
123 * 31 Cyg EB* 20 13 37.9082370480 +46 44 28.761618048 5.50 5.08 3.80 2.83 2.07 K3Ib+B2IV-V 369 0
124 HD 192644 SB* 20 15 28.0730777592 +13 38 53.301844824 9.430 8.750 7.850     K2III+A 17 0
125 * omi02 Cyg EB* 20 15 28.3242122880 +47 42 51.213932496 6.54 5.50 3.98 2.78 1.86 K7Ib-II+B1V 335 0
126 * 22 Vul EB* 20 15 30.2386386720 +23 30 32.051069712   6.192 5.176     G3Ib-II 209 0
127 HD 193469 s*r 20 18 57.5371902072 +39 00 15.064790328 10.07 8.25 6.36     K4.5Ib 59 0
128 HD 193410 SB* 20 19 10.4884078632 +29 29 56.633550648   7.88 7.25     F5 27 0
129 * bet01 Cap SB* 20 21 00.6665981712 -14 46 53.067367488 4.14 3.87 3.08 2.53 2.03 G9II:+B8p:Si: 181 0
130 * bet Cap ** 20 21 00.67 -14 46 53.0           ~ 166 0
131 HD 194360 ** 20 24 25.7933654132 +24 16 39.385731228           G8III+A1 43 0
132 HD 196088 ** 20 32 59.0477672 +49 50 28.398616   7.19 6.65     A0 40 0
133 * 47 Cyg s*r 20 33 54.1880917512 +35 15 03.039046848   6.145 4.636     K6:Ib+B2.5: 104 1
134 BD+23 4085 ** 20 38 34.9911239832 +23 40 49.787040540   6.888 5.929     K1II+B7 37 0
135 * 49 Cyg ** 20 41 02.5422151056 +32 18 26.238680208   6.672 5.638     G8IIb 83 0
136 HD 198810 ** 20 52 21.84023 +20 07 41.5475           F5 47 0
137 HD 199378 SB* 20 56 25.2436293696 +14 48 58.540896180   8.23 7.31     G0IV: 25 0
138 HD 200428 SB* 21 03 01.0399714176 +15 45 37.886151456   8.60 7.69     G5 33 0
139 * ksi Cyg SB* 21 04 55.8599363125 +43 55 40.272058234 7.17 5.39 3.73 2.55 1.63 K4.5Ib-II 311 0
140 HD 201270 SB* 21 06 52.4896978200 +45 40 31.954086156 8.150 7.810 7.250     F4V 27 0
141 * alf Equ SB* 21 15 49.4371672506 +05 14 52.411028661   4.446 3.933     G6IV+B9.5V 150 0
142 BD+51 3079 SB* 21 31 27.4695958320 +52 37 11.514326196   7.051 6.180     G2II+B9V 54 0
143 HD 207218 * 21 46 16.6048114920 +43 03 38.765334240 6.990 6.800 6.530     G8III+A2II-III: 39 0
144 V* VV Cep s*r 21 56 39.1414963149 +63 37 31.981636440 7.03 6.65 4.90 3.19 1.85 M2Ibep+B2?ep_sh 449 0
145 * 5 Lac s*r 22 29 31.8281552924 +47 42 24.861238614 7.15 6.05 4.37 2.98 1.91 K9Ia+B2V 142 0
146 HD 213503 SB* 22 29 46.1773344360 +68 13 16.168171800   8.87 7.88     G5 17 0
147 HD 214558 ** 22 38 17.3968125552 +45 10 58.557035064 7.570 7.130 6.370     G6III+kA5.5:hA8.5:mF0 41 0
148 HD 215318 ** 22 39 24.8981821968 +81 23 31.478165880   7.593 6.827     F8 36 0
149 HD 215242 ** 22 43 04.32021 +47 10 07.5091       7.17   G8III+B7/8IV: 55 0
150 BD+41 4676 SB* 23 06 09.7040398824 +41 47 23.435445552   8.64 8.33 7.70   G5+A3 17 0
151 * 89 Aqr ** 23 09 54.8895050583 -22 27 27.384861196   5.50 4.80     G2III+A2V 85 0
152 HD 220636 SB* 23 23 56.3118709320 +77 30 42.278804928   8.21 7.51     F5 19 0
153 * psi And ** 23 46 02.0470343064 +46 25 12.986458896   6.064 4.966     G3Ib-II 183 0
154 HD 223932 SB* 23 53 45.9616233792 -18 21 53.304122736   8.23 7.35     A5/7V 19 0
155 HD 224647 ** 23 59 31.77711 +54 41 18.5396           F5 33 0

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