2003A&A...398..705M

Query : 2003A&A...398..705M

2003A&A...398..705M - Astronomy and Astrophysics, volume 398705-719 (2003/2-1)

IRFM temperature calibrations for the Vilnius, Geneva, RI(C) and DDO photometric systems.

MELENDEZ J. and RAMIREZ I.

Abstract (from CDS):

We have used the infrared flux method (IRFM) temperatures of a large sample of late type dwarfs given by Alonso et al. (1996A&AS..117..227A) to calibrate empirically the relations Teff=f (colour, [Fe/H]) for the Vilnius, Geneva, RI(C) (Cousins) and DDO photometric systems. The resulting temperature scale and intrinsic colour-colour diagrams for these systems are also obtained. From this scale, the solar colours are derived and compared with those of the solar twin 18 Sco. Since our work is based on the same Teff and [Fe/H] values used by Alonso et al. (1996A&A...313..873A) to calibrate other colours, we now have an homogeneous calibration for a large set of photometric systems.

Abstract Copyright: ∼

Journal keyword(s): stars: fundamental parameters - stars: atmospheres - stars: general

Simbad objects: 49

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Number of rows : 49
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 1343 * 00 17 32.7030499488 -19 03 03.937463784   6.828 6.446     F3V 53 0
2 HD 3443 SB* 00 37 20.71960 -24 46 02.1843           K1V+G 251 0
3 HD 3567 PM* 00 38 31.9473242153 -08 18 33.392826667 9.54 9.70 9.23     F7/8wF3 221 0
4 BD+71 31 PM* 00 43 44.3494728197 +72 10 43.121223712 10.41 10.60   10.0   F5 77 0
5 BD+72 94 PM* 01 47 12.3861117384 +73 28 27.195387600 10.10 10.33   9.8   sdF2: 114 0
6 BD+03 443 PM* 03 13 13.6082967045 +03 49 16.074051266   10.90 9.800 9.3 8.709 K0 41 0
7 HD 28462 PM* 04 29 57.7279752624 +16 40 22.226116800   10.051 9.069 9.12   K1V 173 0
8 BD+03 740 HB* 05 01 16.6226363256 +04 06 37.021736844 9.97 10.17 9.7 9.6   sdF0 182 0
9 HD 45282 Pe* 06 26 40.7720940072 +03 25 29.792391024 8.71 8.69 8.03     Gwl 164 0
10 Ross 606 PM* 06 37 40.0683071895 +12 04 19.090164591       10.8   G8 49 0
11 G 89-14 SB* 07 22 31.4521055914 +08 49 13.014694367       10.2   F2 66 0
12 BD+19 1730 PM* 07 27 02.3445261816 +19 05 55.443428700 10.99 11.174 10.727 10.418 10.094 sdF8 64 0
13 BD+80 245 Pe* 08 11 06.2398198478 +79 54 29.556322137   10.50 9.96 9.88   G0 123 0
14 HD 74000 Pe* 08 40 50.8036114756 -16 20 42.516208237 9.84 10.09 9.66     F2 279 0
15 BD+25 1981 Pe* 08 44 24.6895754316 +24 47 47.743332208   9.701   9.421   F0 152 0
16 HD 84937 Pe* 09 48 56.0992891997 +13 44 39.326709913 8.49 8.68 8.32 7.97 7.70 F8Vm-5 831 0
17 BD-01 2457 PM* 10 52 36.2761150986 -02 06 39.794243722   10.83 9.82     K4 56 0
18 HD 95735 PM* 11 03 20.1948195942 +35 58 11.576182057 10.030 8.960 7.520 5.99 4.79 M2+V 795 0
19 HD 101177 ** 11 38 44.90018 +45 06 30.3054 7.05 7.00   6.1   G0V+K2V 174 0
20 * alf Crv PM* 12 08 24.8172764085 -24 43 43.952148016   4.33 4.01     F1V 202 0
21 BD+73 566 PM* 12 42 00.1417949584 +72 57 50.488857891   9.88   8.9   G3 52 0
22 HD 111980 SB* 12 53 15.0529661499 -18 31 20.013189741 8.80 8.91 8.38     F7V 185 0
23 Ross 974 PM* 13 02 01.5797430432 -02 05 21.967103757   13.522 12.813 12.347 11.901 G5 60 0
24 G 14-39 PM* 13 14 26.8899525277 -04 05 43.476538803   13.713 12.807 12.263 11.738 K3 44 0
25 * sig Boo PM* 14 34 40.8173867232 +29 44 42.457673940 4.76 4.84 4.47 4.13 3.94 F4VkF2mF1 632 0
26 HD 131977 BY* 14 57 28.0007918772 -21 24 55.727265310 7.89 6.83 5.72 4.74 4.19 K4V 525 0
27 HD 140283 Pe* 15 43 03.0971190219 -10 56 00.595693188 7.508 7.711 7.212 6.63 8.21 F9VkA5mA1 985 0
28 * kap CrB PM* 15 51 13.9312943632 +35 39 26.573691158 6.69 5.82 4.82 4.06 3.57 K1IVa 290 1
29 * 18 Sco PM* 16 15 37.2702755653 -08 22 09.982125430   6.15 5.50     G2Va 671 0
30 G 180-58 Pe* 16 28 16.8722964664 +44 40 38.256976267   11.97   10.6   G5 83 0
31 HD 148513 PM* 16 28 33.9807973104 +00 39 54.001143144 8.65 6.85 5.39     K3V 170 0
32 HD 157089 PM* 17 21 07.0564477831 +01 26 34.983929347 7.60 7.59 7.01 6.46 6.14 F8VgF8mF6 258 0
33 HD 161770 PM* 17 47 46.0757369400 -09 36 18.442563336 10.38 10.39 9.71 9.04 8.55 F3V 103 0
34 * 70 Oph SB* 18 05 27.28518 +02 30 00.3558 5.40 4.89 4.03 3.38 2.92 K0-V 679 0
35 G 21-6 PM* 18 13 52.1087293309 -08 38 32.114463873   13.25 12.25     K4 20 0
36 V* V2502 Oph gD* 18 17 04.8404548584 +01 00 20.632225968   6.91 6.61     F2V 116 0
37 BD+13 3683 SB* 18 33 16.8450962112 +13 09 25.493753160   11.19 10.5 10.0   F5 112 0
38 HD 172323 SB* 18 35 09.3572246091 +63 41 47.247050135       7.8   F9V 60 0
39 G 21-22 PM* 18 39 09.7158608590 +00 07 14.320687061   11.285 10.775 10.437 10.086 G4 71 0
40 HD 181007 Pe* 19 19 28.4850656256 -20 25 39.631859004   10.41 10.10     G0/3(w) 49 0
41 BD-04 4778 PM* 19 20 29.3275881997 -04 30 35.818004273   11.41 10.51     K0 37 0
42 HD 193901 PM* 20 23 35.8471605389 -21 22 14.226959304 9.08 9.22 8.67 8.17 7.87 F7V 298 0
43 G 26-12 Pe* 21 33 36.5718002352 +00 23 43.912696200   12.59 12.15 11.9   sdF5: 54 0
44 BD+17 4708 SB* 22 11 31.3756832854 +18 05 34.177983548 9.73 9.91 9.46 9.03 8.70 sdF8 580 0
45 HD 219134 PM* 23 13 16.9749603608 +57 10 06.083823619 7.460 6.560 5.570 4.76 4.23 K3V 677 1
46 BD+38 4955 SB* 23 13 38.8205905578 +39 25 02.589638688 11.52 11.67 11.01 10.38 9.92 F6 128 0
47 HD 219617 ** 23 17 05.04375 -13 51 03.5971 8.41 8.60 8.14 7.70 7.37 F8 317 0
48 BD+02 4651 PM* 23 19 40.4500387773 +03 22 16.694733495   10.67   9.9   sdF6 117 0
49 BD+59 2723 SB* 23 26 32.8574602006 +60 37 42.846968726 10.74 10.92   10.1   sdF8 111 0

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