1998ApJS..119...83P

Query : 1998ApJS..119...83P

1998ApJS..119...83P - Astrophys. J., Suppl. Ser., 119, 83-104 (1998/November-0)

Ultraviolet and optical studies of binaries with luminous cool primaries and hot companions. V. The entire IUE sample.

PARSONS S.B. and AKE T.B.

Abstract (from CDS):

We have obtained or retrieved IUE spectra for over 100 middle- and late-type giant and supergiant stars whose spectra indicate the presence of a hot component earlier than type F2. The hot companions are classified accurately by temperature class from their far-UV spectra. The interstellar extinction of each system and the relative luminosities of the components are derived from analysis of the UV and optical fluxes, using a grid of UV intrinsic colors for hot dwarfs. We find that there is fair agreement in general between current UV spectral classification and ground-based hot component types, in spite of the difficulties of assigning the latter. There are a few cases in which the cool component optical classifications disagree considerably with the temperature classes inferred from our analysis of UV and optical photometry. The extinction parameter agrees moderately well with other determinations of B-V color excess. Many systems are worthy of further study especially to establish their spectroscopic orbits. Further work is planned to estimate luminosities of the cool components from the data herein; in many cases, these luminosities' accuracies should be comparable to or exceed those of the Hipparcos parallaxes.

Abstract Copyright: ∼

Journal keyword(s): Stars: Binaries: General - Stars: Fundamental Parameters - Stars: Supergiants - Ultraviolet: Stars

VizieR on-line data: <Available at CDS (J/ApJS/119/83): table1.dat table2.dat table4.dat refs.dat notes.dat>

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 4817 ** 00 51 16.3831719552 +61 48 19.779990984 9.88 8.08 6.18 4.73 3.64 K2.5Ib-IICN-1 87 0
2 * tau Per SB* 02 54 15.4777208304 +52 45 44.882735292 5.17 4.71 3.96 3.33 2.89 G8III+A7V 175 0
3 * gam Per SB* 03 04 47.8201112829 +53 30 23.262605954 4.08 3.63 2.93 2.34 1.89 G9III+A2-III: 225 0
4 V* EL Cet SB* 03 12 26.3638429056 +06 39 39.188532816   6.579 5.568     K1IIIep+A6V 58 0
5 HD 21224 ** 03 28 29.05366 +59 54 23.9285 9.23         F8 30 0
6 HD 23089 ** 03 46 02.3314926384 +63 20 42.211540464   5.559 4.810     G2Ib/II+B7III/IV 90 0
7 HD 24497 * 03 53 12.9285164232 -18 26 03.976406232   7.100 6.216     K0/1III+A2V 33 0
8 HD 24744 ** 03 54 23.1669866112 -40 21 25.220081268   6.289 5.705     G8/K1III 47 1
9 HD 24480 * 03 57 08.2895322360 +61 06 31.986146592   6.68 5.05 6.37   K4III 49 0
10 * 36 Tau SB* 04 04 21.6685905480 +24 06 21.664655676   6.319 5.512     K1II+B7.5IV: 88 1
11 BD+80 125 ** 04 10 02.74737 +80 41 55.2485           G8III+A3.5IV: 73 0
12 * 47 Tau RG* 04 13 56.38482 +09 15 49.7729           G5III+A7V: 91 0
13 * f Per SB* 04 14 53.3324007648 +40 29 01.105360764   5.652 4.691     G5II+A2V 96 0
14 * mu. Per SB* 04 14 53.8635146524 +48 24 33.590334394 5.75 5.12 4.16 3.38 2.83 G0Ib 252 0
15 * del Men PM* 04 17 59.2697933112 -80 12 50.514833736   6.511 5.680     K2/3III+A 34 0
16 HD 27639 V* 04 22 22.7297393832 +20 49 17.087397924   7.86 5.95     M0III 54 0
17 HD 29104 ** 04 35 42.5642310888 +19 52 54.441828084 7.470 7.070 6.350     G8III+F6IV 51 0
18 * 58 Per SB* 04 36 41.4325009530 +41 15 53.405356208 6.31 5.50 4.26 3.31 2.61 K0II-III+B9V 131 0
19 HD 31244 SB* 04 51 27.0247042440 -51 43 32.024245152   7.27 6.55     G6/K0(III) 22 0
20 * zet Aur SB* 05 02 28.6834429313 +41 04 32.995159760 5.35 4.97 3.75 2.62 1.75 K5II+B7V 470 0
21 HD 32835 SB* 05 07 05.1485560800 +26 59 45.298259052   8.53 7.71     F5V 23 0
22 HD 33646 ** 05 11 45.35175 +01 02 13.3039   6.55 5.89     A2/3V+KIII 51 0
23 HD 34807 ** 05 21 55.37660 +39 34 22.8697           kA1hF1mF4 27 0
24 * 26 Aur ** 05 38 38.0850966 +30 29 32.705388   5.846 5.406 6.77   A2.5V+F6III 108 0
25 BD+01 1148 ** 05 50 30.0274309488 +02 01 28.930473300   6.830 5.976     K1III+A0/1 60 0
26 HD 39963 * 05 51 23.0854945344 -64 02 00.827621952   7.215 6.359     G8III 26 0
27 HD 40369 ** 05 58 53.2350549535 +12 48 29.743367626           G8III:+A5V 63 0
28 CD-35 2947 ** 06 31 13.0934459928 -35 15 31.886162784   6.624 5.820     G8IIb+A3III 27 0
29 HD 49126 SB* 06 46 07.2085844088 -20 45 15.557996412   7.78 7.26     B8III 60 0
30 V* V415 Car SB* 06 49 51.3137388874 -53 37 20.821466291   5.323 4.408     G4II 84 0
31 * 14 Lyn ** 06 53 05.0484585 +59 26 54.751889   6.03 5.38     G8III 65 0
32 * mu. CMa B * 06 56 06.5891171208 -14 02 33.633420432   7.29 7.12     B9/A0V 6 0
33 * mu. CMa A * 06 56 06.6459193752 -14 02 36.351243780   6.58 5.09     K2/3III 63 0
34 BD-07 1642 SB* 06 57 00.0942794184 -08 10 45.479776692   6.938 6.337     G9.5III+A0IV: 52 0
35 V* V926 Mon LP* 07 02 06.7316120112 -03 45 17.396855712   8.25 6.62     M2Ib+B7/9?IV: 33 0
36 * pi. Pup LP* 07 17 08.5580780520 -37 05 50.904468727 5.57 4.32 2.70 1.46 0.55 K4III 116 0
37 HD 57146 * 07 18 51.2737383648 -26 35 09.081112236   6.258 5.288     G2Ib 86 0
38 HD 57118 s*y 07 19 01.9205824872 -19 16 49.101947436 7.09 6.662 6.094 7.29   F2Ia 54 0
39 HD 58134 * 07 22 57.9933424776 -29 45 02.802116016   8.71 7.63     G4Ib 26 0
40 BD-11 1951 ** 07 27 51.6595041678 -11 33 24.678706885           F8III+B3V 65 0
41 V* KQ Pup s*r 07 33 47.9667844248 -14 31 26.054356260 6.67 6.38 4.97 3.41 2.08 M1Iabe+B2 199 0
42 * c Pup * 07 45 15.2961339331 -37 58 06.906935781 7.06 5.34 3.61 2.26 1.26 K4III 107 0
43 CD-56 2005 ** 07 48 19.49848 -56 28 15.8730   7.35 6.38     K0III+A1V 16 0
44 * 82 Gem ** 07 48 33.6390438 +23 08 27.524360 7.010 6.76 6.21     K0III+A0IV: 86 0
45 * a Pup SB* 07 52 13.0318512432 -40 34 32.814235704   4.717 3.696     K1/2II+A 89 0
46 HD 70442 SB* 08 21 21.2238900336 -20 04 44.626345680   6.341 5.572     G8III 51 0
47 * eps Car ** 08 22 30.83526 -59 30 34.1431 3.32 3.13 1.86     K3:III+B2:V 98 0
48 HD 72737 ** 08 32 04.95709 -53 12 42.8997   7.005 6.021     A0/1V 24 0
49 HD 73072 * 08 35 28.7010341112 -26 50 36.556113696   6.314 5.944     A1V+G/KIII 29 0
50 * F Hya * 08 43 40.3744846779 -07 14 01.422508229   5.441 4.625     G1Ib 172 0
51 * eps Hya ** 08 46 46.51223 +06 25 07.6855 4.43 4.06 3.38 2.78 2.39 G1III+A8V 267 0
52 HD 76073 ** 08 52 38.6959898856 -36 32 43.242869400   6.941 6.409     G6/K0III 30 0
53 HD 76304 * 08 53 50.7585154056 -40 26 51.158155020   7.388 6.447     K0II/III 27 0
54 * w Vel SB* 09 00 05.4097493970 -41 15 12.986426432   5.088 4.446     G8/K1III+A 58 0
55 * omi Leo SB* 09 41 09.0321741326 +09 53 32.308426423 4.22 4.01 3.52 3.11 2.88 F8-G0III+A7m 163 0
56 * tet Ant ** 09 44 12.0951165 -27 46 10.101055 5.65 5.29 4.79 4.32 4.00 A7V+G8III 92 0
57 * alf UMa ** 11 03 43.67152 +61 45 03.7249 3.78 2.86 1.79 0.98 0.40 G9III+A7.5 448 0
58 HD 99574 ** 11 26 47.2654943 -53 09 35.698296   6.303 5.806     K0III 34 0
59 HD 101007 s*r 11 36 56.9199944304 -61 10 57.998794800 10.02 8.84 7.02     M3-Ib+B 37 0
60 * 12 Mus ** 11 39 29.5660962396 -65 23 52.099447484   5.863 5.095 6.31   G5/8IIIp+A0/1V 185 1
61 V* V810 Cen LP* 11 43 31.1923164072 -62 29 21.827165856 6.18 5.83 5.03 4.27 3.91 G0_0-IaFe1 158 0
62 * 93 Leo RS* 11 47 59.13595 +20 13 08.1500   5.07 4.52     F8III+A6III 230 1
63 HD 105151 ** 12 06 23.0100123983 -65 42 34.004990777   6.69 6.06     K0III+A7V: 38 0
64 HD 105152 PM* 12 06 24.2271046848 -65 42 29.520938340   8.130 7.691     F2V 14 0
65 * 12 Com SB* 12 22 30.3113907816 +25 50 46.167660348 5.56 5.30 4.81 4.34 4.01 F6III+A3V 196 0
66 HD 115337 * 13 12 25.4326921804 +80 28 16.708953797   7.33 6.33     G8III 32 0
67 V* DL Vir SB* 13 52 38.8080754200 -18 42 32.472530388   7.61 6.99     A2V+F6:III 104 0
68 HD 124147 * 14 13 16.4105180328 -53 39 56.373144012   6.966 5.575     K5III 27 0
69 HD 126269 ** 14 24 11.2609300104 +16 16 25.250129616   7.569 6.923     Am 45 0
70 * tau02 Lup ** 14 26 10.81378 -45 22 45.4023   4.76 4.35     F7 63 0
71 HD 134270 * 15 11 15.9833323248 -55 20 45.707911872   6.55 5.43     G1/3Ib/II 30 0
72 HD 135345 ** 15 16 04.0190393016 -41 29 28.196512944   5.730 5.171     A/F 43 0
73 * gam Cir ** 15 23 22.64294 -59 19 14.8131 4.35     6.14   B3/4V+F8V 55 0
74 * gam Cir A * 15 23 22.656792 -59 19 14.52792   4.85 4.96     B3/4V 29 0
75 * gam Cir B * 15 23 22.691592 -59 19 13.74888   6.63 5.59     F8V 19 0
76 * 14 Ser * 15 36 33.7091671656 -00 33 41.511818808   7.233 6.504     K0III+A7/8 63 0
77 HD 142691 ** 15 57 21.3260245807 -36 11 07.241742588   6.82 5.83     K0/1III 27 0
78 HD 144208 SB* 16 03 19.3643869944 +36 37 54.435536976   6.377 5.804     G6IIIa+A2.5IV 78 0
79 HD 149379 ** 16 32 33.15433 +40 06 48.1182           G5 32 0
80 HD 157978 SB* 17 26 19.0063847712 +07 35 44.305905732 6.91 6.64 6.04 5.43 5.00 A1IVs+A2Vs+G0III 88 0
81 HD 159870 ** 17 33 31.6098585120 +57 33 31.379370984 9.100 7.990 6.860     G7III-+Am: 73 0
82 V* V777 Sgr s*r 17 46 25.3911281760 -26 12 01.119237624   10.27 8.63     K5Ib+A: 32 0
83 * nu. Her LP* 17 58 30.1496073102 +30 11 21.387652276 4.95 4.80 4.41 4.01 3.78 kA9hF2mF2(IV) 186 0
84 BD+16 3390 ** 18 10 08.72793 +16 28 35.7059 6.930 6.680 6.100     G8III+B9.5/A0: 74 0
85 * 21 Sgr * 18 25 21.0394302144 -20 32 30.022206936   6.32 4.86     K1/2III 65 0
86 HD 169689 SB* 18 25 38.7990783216 +08 01 55.225743564   6.545 5.665     G9II+B9V 111 0
87 * d Ser B * 18 27 12.3469209624 +00 11 48.862900860       6.601   F5V 59 0
88 * d Ser ** 18 27 12.50775 +00 11 45.9912           A0Vs+G:III 130 0
89 HD 172991 * 18 44 57.1522814304 -39 41 10.278114576   6.278 5.439     B9/A1V 33 0
90 * bet Sct SB* 18 47 10.4742156840 -04 44 52.342960488 6.15 5.31 4.22 3.43 2.86 G4IIa 194 0
91 * nu.01 Sgr * 18 54 10.1780830272 -22 44 41.422617132   6.251 4.845     K1II 101 0
92 * 113 Her SB* 18 54 44.8849895400 +22 38 42.271489464 5.88 5.38 4.60 3.96 3.50 G8III+:+A0.5 101 0
93 UCAC3 226-165108 * 18 54 46.3697751864 +22 39 10.585472436       13.04   ~ 15 0
94 HD 175635 SB* 18 54 52.5101224944 +33 58 06.856798764   6.989 6.030     G5III+A8 55 0
95 HD 179002 ** 19 11 01.2420451074 -07 25 39.187939725   7.538 6.760     G1IV 56 0
96 * psi Sgr SB* 19 15 32.4337170803 -25 15 24.072056443   5.41 4.86     K0/1III+A/F 95 0
97 HD 183864 SB* 19 30 37.3402102464 +25 07 14.949988356   8.556 7.369     G2Ib-IIa 45 0
98 * bet01 Cyg ** 19 30 43.2756033620 +27 57 34.825072398 4.83 4.21 3.08 2.21 1.55 K3II+B9.5V 238 0
99 V* V1817 Cyg RS* 19 31 13.5541126104 +55 43 54.606543600   7.489 6.369     K2II-III+A0V 154 0
100 * 9 Cyg SB* 19 34 50.9283781560 +29 27 46.684035828   5.96 5.407     G8III+A2III: 106 0
101 * chi Aql ** 19 42 34.00828 +11 49 35.7023 5.880 5.870 5.310     G2Ib+B5.5 64 0
102 HD 186519 ** 19 43 55.9721531472 +27 08 07.459733940   7.417 6.364     K3II++B6 55 0
103 * del Sge SB* 19 47 23.2655973192 +18 32 03.528856248 6.20 5.12 3.81 2.37 1.08 M2II+B0V 208 0
104 HD 187299 SB* 19 48 21.5927942856 +25 00 34.369891380 10.41 8.87 7.25 6.03 5.24 G8Ib+B6/9V 96 0
105 * pi. Aql ** 19 48 42.0576531 +11 48 57.217672 6.520 6.230 5.740 6.58   G8III+A3V 71 0
106 HD 187321 ** 19 48 43.6352939880 +18 52 01.311190854           G5II-III 32 0
107 V* NS Vul AB* 19 52 30.1088955142 +22 27 14.391863250   9.68 8.43     M4/5III 63 0
108 HD 191897 * 20 10 44.1296307408 +37 02 33.546796440   8.508 7.456     G2III 28 0
109 * 31 Cyg SB* 20 13 37.9082370480 +46 44 28.761618048 5.50 5.08 3.80 2.83 2.07 K3Ib+B2IV-V 385 0
110 * omi02 Cyg SB* 20 15 28.3242122880 +47 42 51.213932496 6.54 5.50 3.98 2.78 1.86 K7Ib-II+B1V 347 0
111 * 22 Vul SB* 20 15 30.2386386720 +23 30 32.051069712   6.192 5.176     G3Ib-II 215 0
112 * 35 Cyg SB* 20 18 39.0719928336 +34 58 57.973987704 6.29 5.803 5.162     F6Ib 138 0
113 HD 193469 s*r 20 18 57.5371902072 +39 00 15.064790328 10.07 8.25 6.36     K4.5Ib 64 0
114 HD 193410 SB* 20 19 10.4884078632 +29 29 56.633550648   7.88 7.25     F5 31 0
115 * bet01 Cap SB* 20 21 00.6665981712 -14 46 53.067367488 4.14 3.87 3.08 2.53 2.03 G9II:+B8p:Si: 192 0
116 HD 194069 SB* 20 22 03.0552303672 +41 07 55.691984064   7.409 6.383     G9Ib-II 59 0
117 HD 196088 ** 20 32 59.0477672 +49 50 28.398616   7.19 6.65     A0 43 0
118 * 47 Cyg s*r 20 33 54.1880917512 +35 15 03.039046848   6.145 4.636     K6:Ib+B2.5: 112 1
119 BD+23 4085 ** 20 38 34.9911239832 +23 40 49.787040540   6.888 5.929     K1II+B7 42 0
120 * 49 Cyg ** 20 41 02.5422151056 +32 18 26.238680208   6.672 5.638     G8IIb 89 0
121 HD 200031 SB* 20 59 42.9098081712 +38 49 22.479637584   7.557 6.771     G5III 35 0
122 * 12 Aqr A ** 21 04 04.7243913096 -05 49 23.014627536   6.71 5.80 6.88   K0/1III 48 0
123 * ksi Cyg SB* 21 04 55.8599363125 +43 55 40.272058234 7.17 5.39 3.73 2.55 1.63 K4.5Ib-II 324 0
124 HD 201270 SB* 21 06 52.4896978200 +45 40 31.954086156 8.150 7.810 7.250     F4V 29 0
125 * alf Equ SB* 21 15 49.4371672506 +05 14 52.411028661   4.446 3.933     G6IV+B9.5V 162 0
126 HD 203338 s*r 21 19 15.6852148728 +58 37 24.624258456 7.09 7.09 5.75 4.26 2.93 M1Ibep 123 0
127 HD 203339 * 21 19 16.1018836200 +58 37 27.843805524   9.51 9.23     B2.5V 28 0
128 V* V1334 Cyg cC* 21 19 22.1791528656 +38 14 14.868825648   6.364 5.882     F1II+B7.0V 211 0
129 BD+51 3079 SB* 21 31 27.4695958320 +52 37 11.514326196   7.051 6.180     G2II+B9V 58 0
130 HD 208253 * 21 53 19.8137830742 +53 59 49.855109746 7.240 7.000 6.610     A2 24 0
131 HD 212094 ** 22 20 35.28195 +53 48 53.0312 9.120   8.666 8.707   A3 28 0
132 * 5 Lac s*r 22 29 31.8281552924 +47 42 24.861238614 7.15 6.05 4.37 2.98 1.91 K9Ia+B2V 152 0
133 HD 215318 ** 22 39 24.8981821968 +81 23 31.478165880   7.593 6.827     F8 38 0
134 * eta Peg SB* 22 43 00.1288449480 +30 13 16.372969392 4.38 3.81 2.95 2.31 1.83 G8II+F0V 208 0
135 V* V509 Cas LP* 23 00 05.1012218544 +56 56 43.350876312 8.01 6.68 5.13 3.96 3.11 G4_0 339 0
136 * 89 Aqr ** 23 09 54.8895050583 -22 27 27.384861196   5.50 4.80     G2III+A2V 90 0
137 HD 220819 * 23 26 20.9479405392 +61 05 12.654830940 7.32 6.922 6.603     A5II- 37 0
138 * psi And ** 23 46 02.0470343064 +46 25 12.986458896   6.064 4.966     G3Ib-II 188 0

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