2006MNRAS.373...13C


C.D.S. - SIMBAD4 rel 1.7 - 2020.11.30CET21:08:30

2006MNRAS.373...13C - Mon. Not. R. Astron. Soc., 373, 13-44 (2006/November-3)

Accurate fundamental parameters for lower main-sequence stars.

CASAGRANDE L., PORTINARI L. and FLYNN C.

Abstract (from CDS):

We derive an empirical effective temperature and bolometric luminosity calibration for G and K dwarfs, by applying our own implementation of the Infrared Flux Method to multiband photometry. Our study is based on 104 stars for which we have excellent BV(RI)CJHKSphotometry, excellent parallaxes and good metallicities.

Colours computed from the most recent synthetic libraries (ATLAS9 and MARCS) are found to be in good agreement with the empirical colours in the optical bands, but some discrepancies still remain in the infrared. Synthetic and empirical bolometric corrections also show fair agreement.

A careful comparison to temperatures, luminosities and angular diameters obtained with other methods in the literature shows that systematic effects still exist in the calibrations at the level of a few per cent. Our Infrared Flux Method temperature scale is 100-K hotter than recent analogous determinations in the literature, but is in agreement with spectroscopically calibrated temperature scales and fits well the colours of the Sun. Our angular diameters are typically 3 per cent smaller when compared to other (indirect) determinations of angular diameter for such stars, but are consistent with the limb-darkening corrected predictions of the latest 3D model atmospheres and also with the results of asteroseismology.

Very tight empirical relations are derived for bolometric luminosity, effective temperature and angular diameter from photometric indices.

We find that much of the discrepancy with other temperature scales and the uncertainties in the infrared synthetic colours arise from the uncertainties in the use of Vega as the flux calibrator. Angular diameter measurements for a well-chosen set of G and K dwarfs would go a long way to addressing this problem.


Abstract Copyright: 2006 The Authors. Journal compilation © 2006 RAS

Journal keyword(s): techniques: photometric - stars: atmospheres - stars: fundamental parameters - Hertzsprung - Russell (HR) diagram - stars: late-type - infrared: stars

VizieR on-line data: <Available at CDS (J/MNRAS/373/13): table1.dat>

Simbad objects: 125

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Number of rows : 125

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 HD 225261 PM* 00 04 56.3215485240 +23 16 10.663316877       7.3   G9V 60 0
2 HD 3765 PM* 00 40 49.2699101367 +40 11 13.819725965   8.30   6.8   K2V 236 0
3 HD 4308 PM* 00 44 39.2675256910 -65 38 58.282490370 7.31 7.193 6.552     G6VFe-0.9 220 1
4 HD 4256 PM* 00 45 04.8938277262 +01 47 07.876998648 9.939 9.021 8.001 7.44 6.976 K3V 106 0
5 HD 4747 SB* 00 49 26.7612113944 -23 12 44.865754071 8.244 7.927 7.155 6.732 6.344 G8/K0V 135 0
6 HD 5133 PM* 00 53 01.1351585594 -30 21 24.893457143 8.801 8.11 7.171 6.639 6.179 K2.5Vk: 153 0
7 CD-35 360 PM* 01 04 06.1285487163 -34 40 28.935563742   11.01 10.25     G8 57 0
8 HD 8638 PM* 01 24 49.2070252048 -27 50 20.563229031   8.99 8.36     G6V(w) 98 0
9 HD 10002 PM* 01 37 08.6274558066 -29 23 35.748673273   8.99 8.13     G9V 79 0
10 HD 10145 PM* 01 41 37.7299982706 +66 54 35.792158394   8.36   7.2   G6 116 0
11 * tau Cet PM* 01 44 04.0834226 -15 56 14.926552 4.43 4.22 3.50 2.88 2.41 G8V 1106 1
12 HD 10853 PM* 01 46 38.7175185508 +12 24 42.385146770 10.878 9.953 8.890 8.27 7.74 K3.5V 73 0
13 HD 11020 PM* 01 47 38.3810202941 -26 45 00.084256849   9.78 8.98     G9V 55 0
14 HD 11130 PM* 01 50 07.8803542918 +29 27 52.475371168   8.83 8.06     G9V 34 0
15 HD 11373 PM* 01 54 06.1181087324 +66 10 34.289508731 10.460 9.490 8.480     K3Vk 49 0
16 BD-01 306 PM* 02 14 40.2992022335 -01 12 05.123755516 9.60 9.631 9.066 8.712 8.377 G0 134 0
17 HD 16623 PM* 02 39 09.6724297064 -26 19 07.380959980   9.37 8.83     F7wG3V 54 0
18 HD 17190 PM* 02 46 15.2062288402 +25 38 59.641252327   8.66   7.4   K1 88 0
19 V* BZ Cet BY* 03 00 02.8120517172 +07 44 59.117432323 9.635 8.908 7.955 7.436 6.994 K2.5Vk 115 0
20 HD 21197 PM* 03 24 59.7305962819 -05 21 49.519965991 10.172 9.012 7.841 7.162 6.607 K4V 146 0
21 HD 22879 Pe* 03 40 22.0654223510 -03 13 01.124769689 7.146 7.222 6.667 6.346 6.016 G0VmF2 440 0
22 HD 25329 PM* 04 03 14.9983565018 +35 16 23.806254921 9.75 9.37 8.50 7.75 7.23 K1VbFe-2 348 0
23 HD 25673 PM* 04 04 20.3027980093 -04 39 18.496332469   10.36 9.56     G8V 56 0
24 HD 25665 PM* 04 09 35.0398609303 +69 32 29.008792137       7.1   K2.5V 94 0
25 HD 28946 PM* 04 33 50.3989211158 +05 23 06.108960479   8.72   7.4   G9V 82 0
26 HD 30501 SB* 04 45 38.5794978854 -50 04 27.119812216 9.054 8.474 7.588 7.105 6.676 K2V 89 1
27 HD 31128 PM* 04 52 09.9097489102 -27 03 50.940327190   9.55 9.14     F3/5Vw 122 0
28 HD 34328 PM* 05 13 05.2763883242 -59 38 44.266050124   9.95 9.46     G0wA8V 120 0
29 HD 37792 PM* 05 40 17.4100660342 -19 13 37.740833388   8.12 7.71     F2IV/V 42 0
30 HD 39715 PM* 05 54 28.5764090262 +02 08 32.042623455   9.86   8.1   K3V 76 0
31 HD 42618 PM* 06 12 00.5668246170 +06 46 59.057316892 7.632 7.496 6.839 6.478 6.143 G4V 148 0
32 HD 47309 PM* 06 40 49.0408211336 +51 58 41.969879234       7.2   G0 50 0
33 * alf CMa SB* 06 45 08.91728 -16 42 58.0171 -1.51 -1.46 -1.46 -1.46 -1.43 A1V+DA 1407 0
34 HD 263175 PM* 06 46 05.0506369841 +32 33 20.448678630   9.76   8.2   K3V 73 0
35 HD 51219 PM* 06 56 34.1853326316 +01 09 43.504516044   8.11   6.9   G8V 92 0
36 HD 53545 PM* 07 04 49.4062740373 -16 17 05.305033336   9.100 8.989     F3/5V 34 0
37 HD 53927 PM* 07 08 04.2387279282 +29 50 04.184877421   9.28   7.8   K2.5V 68 0
38 HD 57901 PM* 07 23 47.0661356492 +12 57 52.988694281   9.17   7.6   K3-V 53 0
39 HD 59468 PM* 07 27 25.4644171686 -51 24 09.358763608 7.689 7.428 6.714 6.33 5.976 G6.5V 108 0
40 HD 59374 PM* 07 30 29.0167349664 +18 57 40.617055091   9.03   8.2   F9 106 0
41 HD 59747 BY* 07 33 00.5803322465 +37 01 47.450630754   8.58 7.70     G5V 85 0
42 HD 65486 PM* 07 58 04.3704847018 -25 37 35.861805940 10.366 9.497 8.439 7.818 7.28 K4-V(k) 77 0
43 HD 67199 PM* 08 02 31.1872033292 -66 01 15.379835394 8.656 8.049 7.166 6.685 6.259 K2Vk: 68 0
44 HD 71148 PM* 08 27 36.7845769755 +45 39 10.757178045   6.94   5.9   G1V 175 0
45 HD 73524 PM* 08 37 19.9931199573 -40 08 51.600168904 7.29 7.15 6.55     G0Vp 123 0
46 HD 85512 PM* 09 51 07.0520306762 -43 30 10.021950881 9.963 8.83 7.651 6.934 6.319 K6Vk: 157 1
47 HD 87007 PM* 10 01 58.5855824249 -10 24 19.428657283   9.60 8.73     K0V 32 0
48 HD 88230 Er* 10 11 22.1400209197 +49 27 15.249158750 9.23 7.94 6.61 5.36 4.56 K6VeFe-1 425 0
49 HD 89269 PM* 10 18 51.9479311289 +44 02 53.955704979   7.31   6.2   G4V 119 0
50 HD 89813 PM* 10 22 09.4872995917 +11 18 36.870283365   8.62   7.3   G9V 50 0
51 HD 90663 PM* 10 28 10.4444740162 +06 44 06.460648352   9.49   7.9   K2.5V 30 0
52 HD 92786 PM* 10 43 33.8253155011 +48 12 50.829771875       7.5   G9V 42 0
53 HD 94028 PM* 10 51 28.1254469804 +20 16 38.965521484 8.51 8.69 8.22 7.82 7.54 F8 333 0
54 CD-41 6367 PM* 11 09 38.9034186070 -42 28 07.398890877   10.52 9.74     G5 34 0
55 HD 97320 Pe* 11 11 00.7344947834 -65 25 37.746274848   9.769 9.269     F3V 124 0
56 HD 98281 PM* 11 18 22.0115721908 -05 04 02.285571491 8.278 7.993 7.232 6.822 6.438 G8V 144 0
57 HD 98618 PM* 11 21 29.0694769107 +58 29 03.704275968   8.303 7.651     G5V 66 0
58 BD+51 1696 PM* 11 46 35.1557706721 +50 52 54.682692534 10.32 10.47   9.5   sdG0 132 0
59 HD 103072 PM* 11 52 08.3373044127 +18 45 18.657171352   9.32   7.8   K2V 37 0
60 HD 105671 PM* 12 09 54.9816785086 -46 12 30.209114297 10.648 9.573 8.438 7.777 7.239 K4Vk: 69 0
61 HD 106156 PM* 12 12 57.5321593334 +10 02 15.777335940   8.71   7.4   G8V 85 0
62 HD 106516 SB* 12 15 10.55731 -10 18 44.6354 6.44 6.57 6.11     F9VFe-1.7CH-0.7 389 0
63 HD 108564 PM* 12 28 19.1206283467 -16 54 39.776908119   10.43 9.502 9.676   K5Vmetalweak 88 0
64 HD 109200 PM* 12 33 31.3819885804 -68 45 20.911673809 8.472 7.987 7.140 6.661 6.237 K1V 111 0
65 HD 112099 SB* 12 53 54.4010425483 +06 45 46.432017693       7.7   K1V 34 0
66 HD 114094 PM* 13 08 13.1561474879 +03 46 36.574528378   10.38   9.3   G8V 66 0
67 HD 119173 PM* 13 41 42.6831769936 -04 01 45.880964458   9.39 9.158 8.47 9.377 G0V 55 0
68 HD 120467 PM* 13 49 44.8063979842 -22 06 39.933836436 10.69 9.427 8.166 7.394 6.777 K6Va 112 1
69 HD 120559 PM* 13 51 40.3897554726 -57 26 08.293465228 8.679 8.647 7.982 7.605 7.217 G7VFe-1.4CH-1 140 0
70 HD 120780 PM* 13 52 35.8581085784 -50 55 18.221793959 8.833 8.28 7.391 6.886 6.4 K0V 76 0
71 HD 124106 PM* 14 11 46.1729852985 -12 36 42.359255041 9.351 8.819 7.946 7.459 7.031 K1V 97 0
72 BD+09 2879 PM* 14 21 14.3769572690 +08 58 15.818041036   11.59   10.1   K0 27 0
73 HD 126681 PM* 14 27 24.9096361739 -18 24 40.457119166   9.939 9.535     G3V 166 0
74 HD 127506 SB* 14 30 44.9753771297 +35 27 13.432952502   9.75   8.834   K3.5V 94 1
75 HD 129357 PM* 14 41 22.4010754208 +29 03 31.700455349   8.44   7.4   G2V 42 0
76 HD 129518 PM* 14 42 48.6065410784 +04 02 44.676169990   9.29 8.81     F6V 28 0
77 HD 130307 BY* 14 47 16.1011585492 +02 42 11.614681602 9.262 8.664 7.755 7.245 6.797 K1V 92 0
78 HD 130322 PM* 14 47 32.7265637197 -00 16 53.305928889   8.82 8.04     K0V 235 1
79 HD 130871 PM* 14 50 20.9572148564 +06 48 53.748166888   10.06   8.5   K3 81 0
80 HD 130992 PM* 14 51 40.4650703944 -24 18 14.876582825 9.695 8.825 7.805 7.216 6.724 K3.5V 118 0
81 TYC 4413-304-1 PM* 14 51 57.9795773893 +71 43 17.393377038 12.751 12.84 12.16 12.05 11.313 G0 32 0
82 HD 132142 PM* 14 55 11.0440401768 +53 40 49.247114921 8.95 8.59 7.80 7.13 6.69 K1V 219 0
83 HD 134440 PM* 15 10 12.9678041572 -16 27 46.510775897 10.69 10.217 9.426 8.913 8.441 K2V 258 0
84 HD 136834 PM* 15 22 42.5466042226 +01 25 07.053125779   9.30   8.738   K3IV-V 129 0
85 HD 138573 PM* 15 32 43.6531754309 +10 58 05.879783892       6.8   G5IV-V 74 0
86 HD 142093 PM* 15 52 00.5525101850 +15 14 09.324379979   7.89 7.33     G2V 39 0
87 HD 142709 PM* 15 57 40.7437764165 -42 37 27.242293192 10.216 9.179 8.055 7.382 6.828 K4V 87 0
88 GSPC P177-D * 15 59 13.5785609612 +47 36 41.905095533   14.17 13.52 13.42   G0 35 0
89 HD 143436 PM* 16 00 18.8372576001 +00 08 13.230554014       7.6   G3V 33 0
90 HD 144579 PM* 16 04 56.7938239883 +39 09 23.434791067 7.60 7.40 6.67 6.04 5.63 G8V 253 1
91 V* AT CrB BY* 16 06 29.5991974150 +38 37 56.065718697   9.57   8.0   K3V 110 0
92 HD 144628 PM* 16 09 42.7944241482 -56 26 42.544150777 8.449 7.976 7.124 6.643 6.205 K2V 119 0
93 HD 145417 PM* 16 13 48.5584718157 -57 34 13.843908786 8.663 8.365 7.540 7.054 6.588 K3VFe-1.7 152 0
94 * 18 Sco PM* 16 15 37.2703721200 -08 22 09.981989277   6.15 5.50     G2Va 494 0
95 BD-11 4126 PM* 16 23 26.9102898240 -11 35 40.582119535   11.2 10.4     K3V 34 0
96 V* V2578 Oph BY* 16 24 19.8109582979 -13 38 29.980397895 10.038 9.336 8.382 7.823 7.344 K2V 75 1
97 GSC 02581-02323 * 16 31 33.8125078770 +30 08 46.398483547 13.576 12.972 12.917 12.564 12.212 G2V 62 0
98 HD 149414 SB* 16 34 42.3556924921 -04 13 44.634894711 10.48 10.37 9.63     G5Ve 188 0
99 HD 154577 PM* 17 10 10.3509576210 -60 43 43.578371770   8.30 7.41     K2.5Vk: 113 0
100 HD 161848 PM* 17 47 42.0917548573 +04 56 22.726648850   9.74   8.4   K1/2V 90 1
101 HD 168009 PM* 18 15 32.4634579930 +45 12 33.540002210   6.931 6.298     G1V 186 0
102 HD 166913 PM* 18 16 25.6833261555 -59 24 11.241154880   8.66 8.23     F5/7Vw 122 0
103 HD 170493 PM* 18 29 52.4074744124 -01 49 05.169085248 10.187 9.11 8.004 7.374 6.871 K4V 111 0
104 * alf Lyr dS* 18 36 56.33635 +38 47 01.2802 0.03 0.03 0.03 0.07 0.10 A0Va 2526 0
105 HD 230409 PM* 19 00 43.3340149571 +19 04 28.416914989   10.78   9.6   G0 75 0
106 HD 179949 BY* 19 15 33.2300861317 -24 10 45.673372382   6.772 6.237     F8V 356 1
107 BD+41 3306 Ro* 19 19 00.5488384064 +41 38 04.581624991 10.01 9.67 8.86 8.18 7.66 K0V 222 0
108 * 16 Cyg B PM* 19 41 51.9731830550 +50 31 03.086127222 7.07 6.86 6.20 5.76 5.42 G3V 801 1
109 HD 190007 BY* 20 02 47.0455912903 +03 19 34.264805769   8.60   6.8   K5V 203 0
110 HD 193901 PM* 20 23 35.8472360557 -21 22 14.228814044 9.08 9.22 8.67 8.17 7.87 F7V 259 0
111 HD 200779 PM* 21 05 19.7460700579 +07 04 09.473066092 10.723 9.518 8.272 7.519 6.909 K6V 132 0
112 HD 202575 PM* 21 16 32.4670708408 +09 23 37.774663594 9.802 8.923 7.878 7.276 6.774 K3V 117 0
113 HD 202751 PM* 21 18 02.9740871098 +00 09 41.670751995 10.011 9.165 8.158 7.571 7.077 K4/5V 83 0
114 BD+24 4460 PM* 21 44 09.9911607920 +25 19 53.968856868   10.26   9.0   K0V 39 0
115 HD 209458 V* 22 03 10.7729598762 +18 53 03.548248479   8.21 7.63     F9V 1003 1
116 HD 213042 PM* 22 29 15.2363505086 -30 01 06.262591727 9.784 8.742 7.645 7.022 6.513 K4V 136 0
117 HD 214749 PM* 22 40 43.3844318743 -29 40 28.127690897 10.062 8.997 7.841 7.156 6.58 K4.5Vk 77 0
118 HD 215152 PM* 22 43 21.3028550007 -06 24 02.955702080   9.12 8.13 7.83 8.46 K3V 87 1
119 HD 215500 PM* 22 44 05.8260314148 +64 34 14.415199711       7.1   G8V 45 0
120 HD 216259 PM* 22 51 26.3584729207 +13 58 11.938959602 9.580 9.110 8.290 7.772 7.306 K2.5V 82 0
121 HD 218502 PM* 23 08 39.3725624892 -15 03 11.944865393   8.65 8.25     F(3)w 88 0
122 HD 219538 PM* 23 16 18.1577292077 +30 40 12.739942131   8.97   7.5   K2V 75 0
123 HD 220339 PM* 23 23 04.8951997112 -10 45 51.278200097 9.272 8.695 7.796 7.288 6.834 K2V 114 0
124 HD 221239 PM* 23 30 13.7386959702 +31 42 20.973034072       7.8   K2.5V 36 0
125 HD 222335 PM* 23 39 51.3061793878 -32 44 36.265462941 8.408 8.002 7.191 6.745 6.34 G9.5V 117 0

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2020.11.30-21:08:30

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