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

C.D.S. - SIMBAD4 rel 1.7 - 2021.03.02CET01:40:27

2003A&A...398..705M - Astronomy and Astrophysics, volume 398, 705-719 (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 T_eff=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 T_eff 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

Full paper

View the reference in ADS

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 - 2021	#notes
1	HD 1343	*	00 17 32.7034209703	-19 03 03.937347740		6.828	6.446			F3V	43	0
2	HD 3443	SB*	00 37 20.71960	-24 46 02.1843		6.28	5.57			K1V+G	228	0
3	HD 3567	PM*	00 38 31.9476246205	-08 18 33.395481958	9.54	9.70	9.23			F7/8wF3	196	0
4	BD+71 31	PM*	00 43 44.3495933172	+72 10 43.120084659	10.41	10.60		10.0		F5	69	0
5	BD+72 94	PM*	01 47 12.3849394550	+73 28 27.192792072	10.10	10.33		9.8		sdF2:	102	0
6	BD+03 443	Ro*	03 13 13.6078084661	+03 49 16.077919481		10.90	9.800	9.3	8.709	K0	34	0
7	HD 28462	PM*	04 29 57.7281254013	+16 40 22.227276252		10.051	9.069	9.12		K1V	127	0
8	BD+03 740	HB*	05 01 16.6227347580	+04 06 37.023779331	9.97	10.17		9.6		sdF0	162	0
9	HD 45282	Pe*	06 26 40.7720108507	+03 25 29.794070200	8.71	8.69	8.03			Gwl	143	0
10	Ross 606	PM*	06 37 40.0683571727	+12 04 19.091197676				10.8		G8	42	0
11	G 89-14	SB*	07 22 31.4520863958	+08 49 13.014955659				10.2		F2	53	0
12	BD+19 1730	PM*	07 27 02.3444892309	+19 05 55.447741801	10.99	11.174	10.727	10.418	10.094	sdF8	54	0
13	BD+80 245	Pe*	08 11 06.2395845271	+79 54 29.558601814		10.50	9.96	9.88		G0	101	0
14	HD 74000	PM*	08 40 50.8038415228	-16 20 42.513275817	9.84	10.09	9.66			F2	249	0
15	BD+25 1981	PM*	08 44 24.6897133760	+24 47 47.745336304		9.65		9.1		F0	131	0
16	HD 84937	PM*	09 48 56.09801	+13 44 39.3237	8.49	8.68	8.32	7.97	7.70	F8Vm-5	732	0
17	BD-01 2457	PM*	10 52 36.2761243259	-02 06 39.790862380		10.83	9.82			K4	49	0
18	HD 95735	Er*	11 03 20.19400	+35 58 11.5682	10.030	8.960	7.520	5.99	4.79	M2+V	639	0
19	HD 101177	**	11 38 44.90018	+45 06 30.3054	7.05	7.00		6.1		G0V+K2V	149	0
20	* alf Crv	PM*	12 08 24.8165241	-24 43 43.950354		4.34	4.00			F1V	170	0
21	BD+73 566	PM*	12 42 00.1420626002	+72 57 50.492759189		9.88		8.9		G3	42	0
22	HD 111980	SB*	12 53 15.0528185218	-18 31 20.009066873	8.80	8.91	8.38			F7V	158	0
23	Ross 974	PM*	13 02 01.5798523461	-02 05 21.966647723		13.522	12.813	12.347	11.901	G5	54	0
24	G 14-39	PM*	13 14 26.8899272365	-04 05 43.474243462		13.713	12.807	12.263	11.738	K3	39	0
25	* sig Boo	PM*	14 34 40.8171808483	+29 44 42.463685978	4.76	4.84	4.47	4.13	3.94	F4VkF2mF1	576	0
26	HD 131977	BY*	14 57 28.0008928545	-21 24 55.726897561	7.89	6.83	5.72	4.74	4.19	K4V	452	0
27	HD 140283	Pe*	15 43 03.0967798658	-10 56 00.595803430	7.508	7.711	7.212	6.63	8.21	F9VkA5mA1	870	0
28	* kap CrB	PM*	15 51 13.9314685012	+35 39 26.564729663	6.69	5.82	4.82	4.06	3.57	K1IVa	240	1
29	* 18 Sco	PM*	16 15 37.2703721200	-08 22 09.981989277		6.15	5.50			G2Va	500	0
30	G 180-58	PM*	16 28 16.8724327289	+44 40 38.258152627		11.97		10.6		G5	69	0
31	HD 148513	PM*	16 28 33.9805980948	+00 39 53.998682880	8.65	6.85	5.39			K3V	153	0
32	HD 157089	PM*	17 21 07.0567914512	+01 26 34.981760941	7.60	7.59	7.01	6.46	6.14	F8VgF8mF6	237	0
33	HD 161770	PM*	17 47 46.0757888339	-09 36 18.444031860	10.38	10.39	9.71	9.04	8.55	F3V	90	0
34	* 70 Oph	Ro*	18 05 27.28518	+02 30 00.3558	5.40	4.89	4.03	3.38	2.92	K0-V	612	0
35	G 21-6	PM*	18 13 52.1122138270	-08 38 32.152859666		13.25	12.25			K4	19	0
36	V* V2502 Oph	gD*	18 17 04.8405513469	+01 00 20.626289799		6.91	6.61			F2V	98	0
37	BD+13 3683	SB*	18 33 16.8451410333	+13 09 25.490354259		11.19		10.0		F5	96	0
38	HD 172323	SB*	18 35 09.3562669174	+63 41 47.341505526				7.8		F9V	49	0
39	G 21-22	PM*	18 39 09.7160540500	+00 07 14.317373403		11.285	10.775	10.437	10.086	G4	64	0
40	HD 181007	Pe*	19 19 28.4847674195	-20 25 39.633734462		10.41	10.10			G0/3(w)	41	0
41	BD-04 4778	PM*	19 20 29.3276347202	-04 30 35.819672797		11.41	10.51			K0	31	0
42	HD 193901	PM*	20 23 35.8472360557	-21 22 14.228814044	9.08	9.22	8.67	8.17	7.87	F7V	261	0
43	G 26-12	PM*	21 33 36.5717515983	+00 23 43.911553663		12.59	12.15	11.9		sdF5:	43	0
44	BD+17 4708	SB*	22 11 31.3751899315	+18 05 34.158392398	9.73	9.91	9.46	9.03	8.70	sdF8	544	0
45	HD 219134	Er*	23 13 16.9747821012	+57 10 06.076520993	7.460	6.560	5.570	4.76	4.23	K3V	529	1
46	BD+38 4955	SB*	23 13 38.8187105205	+39 25 02.595560170	11.52	11.67	11.01	10.38	9.92	F6	114	0
47	HD 219617	**	23 17 05.04375	-13 51 03.5971	8.41	8.60	8.14	7.70	7.37	F8	300	0
48	BD+02 4651	PM*	23 19 40.4501666092	+03 22 16.692679350		10.67		9.9		sdF6	104	0
49	BD+59 2723	SB*	23 26 32.8392598208	+60 37 42.780833605	10.74	10.92		10.1		sdF8	97	0

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