1999AJ....117..521V

Query : 1999AJ....117..521V

1999AJ....117..521V - Astron. J., 117, 521-533 (1999/January-0)

Radii and effective temperatures for G, K, and M giants and supergiants.

VAN BELLE G.T., LANE B.F., THOMPSON R.R., BODEN A.F., COLAVITA M.M., DUMONT P.J., MOBLEY D.W., PALMER D., SHAO M., VASISHT G.X., WALLACE J.K., CREECH-EAKMAN M.J., KORESKO C.D., KULKARNI S.R., PAN X.P. and GUBLER J.

Abstract (from CDS):

Interferometrically determined angular diameters obtained at the Palomar Testbed Interferometer (PTI) for 69 giant and supergiant stars are presented. Spectral types of the 59 giant stars generally lie between G6 and M6, although a B7 giant is included; the nine bright giants and supergiants have spectral types between F5 and M5. Comparison of the results to those from the IR Optical Telescope Array interferometer indicate no statistically significant difference between the two data sets. The use of Hipparcos parallaxes allows us to measure linear sizes directly for these stars, which range in size from 10 to 260 solar radii. In conjunction with previous results as reported by Dyck et al., the total of 113 giant stars provides empirically determined dependencies of effective temperature and linear radius upon spectral type and V-K color.Key words:

Abstract Copyright: ∼

Journal keyword(s): Infrared: Stars - Stars: Fundamental Parameters - Stars: Late-Type - techniques:interferometric

Simbad objects: 74

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Number of rows : 74
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 1632 * 00 20 45.5169107040 +32 54 40.272404904   7.381 5.794     K5III 39 0
2 HD 5316 V* 00 55 14.6732817072 +24 33 25.430887548   7.770 6.240     M4III 49 0
3 * h Psc * 00 57 50.1521728824 +28 59 31.970367024   6.508 5.438     G6III 59 0
4 V* V360 And LP* 01 04 04.4985547416 +38 41 18.738228768 10.630 8.770 7.080     M3III 26 0
5 * chi Psc * 01 11 27.2186959251 +21 02 04.737004940   5.679 4.658     G8.5III 125 0
6 * l Psc PM* 01 21 07.3730171112 +28 44 17.545909668   6.630 5.223     K5III 46 0
7 V* YZ Tri LP* 01 33 54.3601366488 +35 36 29.521551384   8.527 6.958     M4III 31 0
8 HD 9640 PM* 01 34 49.0652038872 +18 27 37.841815476   7.435 5.903     M2III 38 0
9 HD 11928 PM* 01 57 43.7441690352 +27 48 15.757926948   7.402 5.850     M2III 34 0
10 * 15 Ari LP* 02 10 37.5968885640 +19 30 01.212127560   7.309 5.688     M3-IIIab 72 0
11 * gam Tri PM* 02 17 18.8672733581 +33 50 49.908545398   4.02 4.00   4.05 A1Vnn 200 0
12 * 14 Tri SB* 02 32 06.1697711376 +36 08 50.181275364   6.627 5.144     K5III 84 0
13 * 41 Ari ** 02 49 59.0332406 +27 15 37.826018   3.498 3.594     B8Vn 162 0
14 * 24 Per * 02 59 03.6768425424 +35 10 59.271233124 7.460 6.170 4.930     K2III 123 0
15 * 54 Per * 04 20 24.6379073928 +34 34 00.213397500   5.867 4.929     G8+IIIb 138 0
16 HD 27796 * 04 24 25.4872394616 +29 01 11.405806896   9.43 7.72     M5III 16 0
17 * ups Tau dS* 04 26 18.4631232492 +22 48 48.889451555   4.572 4.282     A8Vn 180 0
18 * eps Tau ** 04 28 37.0002551195 +19 10 49.563140930 5.42 4.54 3.53     G9.5IIICN0.5 596 1
19 HD 30354 * 04 47 47.9312261952 +22 08 21.898941180   10.17 8.43     M5III 14 0
20 * 1 Aur PM* 04 49 54.6381819807 +37 29 17.806689025   6.312 4.867     K3+III 103 0
21 * 2 Aur * 04 52 37.9803457176 +36 42 11.477114460   6.164 4.779     K3-IIIBa0.4 145 0
22 HD 33463 V* 05 11 38.3113157256 +29 54 12.829294548   8.139 6.423     M2III 32 0
23 * n Tau PM* 05 19 16.6061769240 +22 05 47.421418380   5.894 4.948     G8III 113 0
24 * bet Tau PM* 05 26 17.51312 +28 36 26.8262 1.03 1.52 1.65 1.66 1.76 B7III 367 2
25 V* V362 Aur s*r 05 27 10.2176658912 +29 55 15.795216264   9.58 7.32     M1.5Ib 94 0
26 * tau Aur * 05 49 10.4375785154 +39 10 51.860340710 6.160 5.450 4.500 3.80 3.31 G8IIIbFe-1 152 0
27 * nu. Aur * 05 51 29.3694581040 +39 08 54.686085540 6.160 5.090 3.950 3.15 2.59 K0.5IIICN0.5 200 0
28 HD 42471 * 06 12 20.1250774800 +32 41 36.173610600   7.409 5.769     M1III 33 0
29 * kap Aur PM* 06 15 22.6883791803 +29 29 53.075320396 6.17 5.36 4.35 3.55 3.01 G8.5IIIb 212 0
30 * ome Gem Ce* 07 02 24.7799925192 +24 12 55.606511880   6.136 5.181     G5IIa 117 0
31 * 63 Aur * 07 11 39.3265259952 +39 19 13.981218528   6.353 4.886     K4III 107 0
32 * 66 Aur * 07 24 08.4675588912 +40 40 20.599881492   6.434 5.188     K0.5IIIa 105 0
33 HD 120819 PM* 13 51 09.2157227640 +34 39 51.833773656 9.45 7.49 5.87     M2III 42 0
34 HD 124696 * 14 14 11.4834103848 +35 36 13.017830112   8.500 6.907     K5III 17 0
35 * rho Boo PM* 14 31 49.7893292450 +30 22 17.171652275 6.33 4.89 3.59 2.67 2.02 K3-III 261 0
36 HD 130084 PM* 14 45 13.7117603376 +32 47 18.041993376 9.76 7.86 6.28     M1III 44 0
37 * b Boo SB* 15 08 23.7831000288 +26 18 04.154791644   6.921 5.669     K2III 55 0
38 * del Boo PM* 15 15 30.1628200572 +33 18 53.392471806 5.12 4.44 3.49 2.76 2.25 G8IIIFe-1 380 0
39 * omi CrB PM* 15 20 08.5586504208 +29 36 58.345262280 7.30 6.53 5.51     K0III 148 1
40 HD 137853 SB* 15 27 38.8731247176 +25 06 05.826980268   7.64 6.02     M1III 34 0
41 * nu.01 CrB V* 16 22 21.4248332640 +33 47 56.588029872 8.74 6.80 5.20     M2III 54 0
42 HD 150580 * 16 41 00.5816003808 +24 51 31.332323376   7.407 6.070     K2 29 0
43 * 50 Her V* 16 50 38.9584958016 +29 48 23.542880076 9.24 7.32 5.72     M1III 48 0
44 V* V959 Her LP* 17 36 21.4192731792 +27 33 59.891887800   7.893 6.406     M4III 36 0
45 HD 160677 * 17 39 57.5178688728 +31 12 08.890500312 9.59 7.61 6.03     M2III 31 0
46 * tet Her V* 17 56 15.1809747319 +37 15 01.932000161 6.70 5.23 3.88 2.98 2.38 K1IIaCN2 217 0
47 HD 167193 PM* 18 13 16.5636575376 +21 52 49.295777268   7.609 6.132     K4III 51 0
48 HD 177697 * 19 04 01.6658691480 +40 06 58.390271676 11.300 9.400 7.760     K5 16 0
49 HD 177808 PM* 19 04 57.8747104152 +31 44 38.655167964 9.01 7.10 5.56     M0III 51 0
50 HD 177809 V* 19 04 58.2870210408 +30 44 00.256576848 9.49 7.61 6.06     M2III 28 0
51 * 15 Cyg PM* 19 44 16.6052015928 +37 21 15.682143024   5.830 4.887     G8III 113 0
52 HD 190788 LP? 20 05 50.3401923984 +25 36 03.154670532 12.44 10.23 7.95 5.78 3.99 M3-Ib-II 28 0
53 HD 193092 V* 20 16 55.2856987776 +40 21 54.273252420   6.871 5.236     K3IIIaFe-1 77 0
54 * 39 Cyg SB* 20 23 51.6137972268 +32 11 24.481643174 7.27 5.77 4.44 3.43 2.76 K2.5IIIFe-0.5 141 0
55 * 41 Cyg V* 20 29 23.7355334165 +30 22 06.799052288 4.69 4.42 4.01 3.65 3.42 F5Ib-II 188 0
56 * 44 Cyg * 20 30 59.2290678096 +36 56 09.023582544 7.93 7.160 6.216 6.90 4.64 F5Ib 157 0
57 V* FG Vul LP* 20 34 33.0364924512 +28 16 51.357388728   10.82 9.27     M5II-III 40 0
58 * 52 Cyg * 20 45 39.7531133582 +30 43 10.972342474 6.16 5.29 4.23 3.46 2.93 K0IIIa 124 0
59 * 31 Vul SB* 20 52 07.6902075264 +27 05 48.999114816   5.399 4.568     G7IIIFe-1 145 0
60 * 32 Vul V* 20 54 33.6391752552 +28 03 27.445294476 8.28 6.49 5.01     K4III 74 0
61 V* V2142 Cyg LP* 20 59 58.7952912480 +32 29 44.300790312   8.49 6.87     M3III 24 0
62 HD 200044 PM* 21 00 27.6883176528 +19 19 46.492956732   7.265 5.702     M3III 42 0
63 HD 200546 V* 21 03 19.9094744448 +27 19 53.494503636   8.85 7.08     M2III 20 0
64 * sig Cyg sg* 21 17 24.9522700076 +39 23 40.847039148 3.98 4.37 4.24 4.06 3.92 A0Ia 266 0
65 HD 206749 V* 21 43 06.4713509160 +41 09 17.902709244   7.106 5.505     M2IIIbCa1 41 0
66 HD 212988 PM* 22 27 46.2548811960 +31 50 24.166275720   7.432 5.986     K2 19 0
67 * mu. Peg PM* 22 50 00.1930748087 +24 36 05.692620534 5.10 4.42 3.48 2.80 2.33 G8+III 297 0
68 * 51 Peg PM* 22 57 27.9804852576 +20 46 07.797040104 6.39 6.16 5.46 4.97 4.61 G2IV 1163 1
69 * 56 Peg SB* 23 07 06.7418870416 +25 28 05.773861158 7.20 6.06 4.74 3.74 3.07 K0.5II:Ba1CN-2CH-0.5 263 0
70 * 14 And PM* 23 31 17.4132523248 +39 14 10.314703644   6.24   4.6   G8III 176 1
71 HD 221662 V* 23 33 55.4908710312 +20 50 27.357660600   7.757 6.111     M3III 31 0
72 HD 221905 V* 23 35 55.9421542680 +24 33 39.651268608 10.180 8.190 6.470     M1III 32 0
73 * 23 Psc PM* 23 52 23.3904155856 +21 40 15.962598300   7.713 6.113     M2III 31 0
74 HD 224303 V* 23 56 41.5013127480 +22 38 53.136250620   7.764 6.166     M2III 37 0

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