2014A&A...572A..95M

Query : 2014A&A...572A..95M

2014A&A...572A..95M - Astronomy and Astrophysics, volume 572A, 95-95 (2014/12-1)

Correcting the spectroscopic surface gravity using transits and asteroseismology. No significant effect on temperatures or metallicities with ARES and MOOG in local thermodynamic equilibrium.

MORTIER A., SOUSA S.G., ADIBEKYAN V.Z., BRANDAO I.M. and SANTOS N.C.

Abstract (from CDS):

Precise stellar parameters (effective temperature, surface gravity, metallicity, stellar mass, and radius) are crucial for several reasons, amongst which are the precise characterization of orbiting exoplanets and the correct determination of galactic chemical evolution. The atmospheric parameters are extremely important because all the other stellar parameters depend on them. Using our standard equivalent-width method on high-resolution spectroscopy, good precision can be obtained for the derived effective temperature and metallicity. The surface gravity, however, is usually not well constrained with spectroscopy. We use two different samples of FGK dwarfs to study the effect of the stellar surface gravity on the precise spectroscopic determination of the other atmospheric parameters. Furthermore, we present a straightforward formula for correcting the spectroscopic surface gravities derived by our method and with our linelists. Our spectroscopic analysis is based on Kurucz models in local thermodynamic equilibrium, performed with the MOOG code to derive the atmospheric parameters. The surface gravity was either left free or fixed to a predetermined value. The latter is either obtained through a photometric transit light curve or derived using asteroseismology. We find first that, despite some minor trends, the effective temperatures and metallicities for FGK dwarfs derived with the described method and linelists are, in most cases, only affected within the errorbars by using different values for the surface gravity, even for very large differences in surface gravity, so they can be trusted. The temperatures derived with a fixed surface gravity continue to be compatible within 1 sigma with the accurate results of the infrared flux method (IRFM), as is the case for the unconstrained temperatures. Secondly, we find that the spectroscopic surface gravity can easily be corrected to a more accurate value using a linear function with the effective temperature.

Abstract Copyright: ∼

Journal keyword(s): stars: fundamental parameters - stars: abundances - techniques: spectroscopic - asteroseismology

Simbad objects: 165

Full paper

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Number of rows : 165

N	Identifier	Otype	ICRS (J2000) RA	ICRS (J2000) DEC	Mag U	Mag B	Mag V	Mag R	Mag I	Sp type	#ref 1850 - 2023	#notes
1	WASP-32	*	00 15 50.8077262344	+01 12 01.588900896		12.06	11.26	11.63	10.89	~	42	1
2	WASP-26	*	00 18 24.7008060816	-15 16 02.275778784		11.62	11.30	10.99	10.46	G0	50	1
3	WASP-1	V*	00 20 40.0745768856	+31 59 23.954809596		12.06	11.31			F7V	114	1
4	* bet Hyi	PM*	00 25 45.07036	-77 15 15.2860	3.52	3.41	2.79	2.28	1.94	G0V	587	0
5	HD 10069	SB*	01 37 25.0332798696	-45 40 40.374717456		9.74	9.30			F6IV/V	210	1
6	* tau Cet	PM*	01 44 04.0831371922	-15 56 14.927607677	4.43	4.22	3.50	2.88	2.41	G8V	1217	1
7	BD+00 316	*	01 57 03.2039481048	+00 45 31.875052896		11.35	10.56			~	30	1
8	BD-07 436A	PM*	02 28 37.2277668480	-07 03 38.376446076		11.07	10.29			G8	37	1
9	* iot Hor	PM*	02 42 33.4666679022	-50 48 01.055138166		5.97	5.40			F8V	381	1
10	HD 17156	PM*	02 49 44.4871034544	+71 45 11.629235988		8.78	8.16			F9V	165	2
11	WASP-50	*	02 54 45.1341750384	-10 53 53.025224640		12.43	11.44	11.599		G9V	44	1
12	WASP-11	**	03 09 28.5433589520	+30 40 24.862993356		12.58	11.57	11.42		K3V	79	1
13	WASP-22	*	03 31 16.3267124400	-23 49 10.840600632		12.38	11.99	11.41		G	60	1
14	* del Eri	*	03 43 14.9005379551	-09 45 48.210955899	5.13	4.46	3.54	2.82	2.32	K0+IV	587	0
15	WASP-78	*	04 15 01.5042985272	-22 06 59.103350532		12.65	11.96	12.43	11.65	F8	39	1
16	CD-30 1812	*	04 25 29.0166589296	-30 36 01.610731368		10.45	10.04			F5	47	1
17	BD-06 1077	*	05 04 19.6323194352	-06 13 47.378185788		11.55	10.94			~	33	1
18	CPD-64 484	Er*	05 48 33.5933253192	-63 59 18.388382028		10.73	10.21	9.93	9.742	~	54	1
19	CD-38 2551	*	06 17 20.7484979472	-38 19 23.754062640		11.74	11.15			G8	30	1
20	WASP-12	**	06 30 32.7966092352	+29 40 20.263502460		12.14	11.57			G0V	289	2
21	CoRoT-12	*	06 43 03.7630314144	-01 17 47.144066352		16.343	15.515			G2V	34	1
22	CoRoT-7	*	06 43 49.4690164104	-01 03 46.826642700		12.78	11.73	11.36	10.87	K0V	203	1
23	WASP-23	PM*	06 44 30.6133625784	-42 45 42.666796404		13.42	12.52	12.31		~	39	1
24	CoRoT-5	EB*	06 45 06.5406550272	+00 48 54.905787036		14.67	14.018	13.82	13.29	F9V	43	1
25	CoRoT-1	*	06 48 19.1723766840	-03 06 07.710745140			13.6	13.44	12.88	G0V	122	2
26	CoRoT-4	*	06 48 46.7134456728	-00 40 21.969631416				13.42		F0V	68	1
27	HAT-P-20	PM*	07 27 39.9488720808	+24 20 11.516231112		12.58	11.35	11.00		K3V	64	1
28	* alf CMi	SB*	07 39 18.11950	+05 13 29.9552	0.82	0.79	0.37	-0.05	-0.28	F5IV-V+DQZ	1846	0
29	HAT-P-35	*	08 13 00.1784913648	+04 47 13.416267948		12.84	11.59	12.38		~	30	1
30	BD+06 1909	*	08 15 47.9802408792	+05 50 12.350816484		10.95	10.35			G0	59	1
31	WASP-36	V*	08 46 19.2977439552	-08 01 37.015743396		13.1	12.7		12.05	G2	50	1
32	BD+34 1976	V*	09 20 24.7145388600	+33 52 56.696039796		11.21	10.42			G1V	68	1
33	HD 80606	PM*	09 22 37.5768032712	+50 36 13.435326684		9.78	9.00			G8V	317	2
34	WASP-19	V*	09 53 40.0765648584	-45 39 33.057187596		13.05	12.31	12.12	11.35	G8V	168	2
35	WASP-66	*	10 32 53.9927754048	-34 59 23.457552792		12.00	11.60			F4	27	1
36	OGLE-TR 211	*	10 40 14.3828284632	-62 27 20.018236464				15.24		~	35	1
37	OGLE-TR 132	V*	10 50 34.5943868112	-61 57 26.138690064					15.72	F	96	1
38	OGLE-TR 113	SB*	10 52 24.2810533560	-61 26 48.845675976			16.08	15.41	14.42	K	116	1
39	OGLE-TR 111	V*	10 53 17.8069115424	-61 24 20.607791112			16.96	16.05	15.55	G	92	1
40	CD-23 9677	PM*	11 01 35.8978277184	-23 51 38.386984896		11.05	10.28	10.21	9.66	~	55	1
41	OGLE-TR 182	*	11 09 18.7248783144	-61 05 42.962710884			16.84	16.37		~	35	1
42	HD 97658	PM*	11 14 33.1612754184	+25 42 37.390358520	9.049	8.569	7.714	7.259	6.835	K1V	164	1
43	WASP-31	*	11 17 45.3578677224	-19 03 17.217631800		12.01	11.66	11.98		F:	58	1
44	* bet Vir	PM*	11 50 41.7185158616	+01 45 53.001539131	4.26	4.15	3.60	3.13	2.85	F9V	916	0
45	CD-29 9873	*	12 42 28.4949559632	-30 38 23.529045948		12.36	11.63	11.39	10.78	G8V	58	1
46	WASP-42	PM*	12 51 55.5581398320	-42 04 25.096306584						~	27	1
47	WASP-25	*	13 01 26.3760406392	-27 31 19.922387484		12.27	11.87	11.82	11.08	G4	50	1
48	WASP-55	*	13 35 01.9537865424	-17 30 12.527623872		12.69	11.75			G1	51	1
49	BD+00 3088	*	13 41 49.0301166312	-00 07 41.032748568		11.01	10.41	10.0	9.773	F8	31	1
50	CD-31 10766	*	13 55 42.7120177608	-32 09 34.616222028		11.396	10.910			F7	69	1
51	HAT-P-26	PM*	14 12 37.5331103311	+04 03 36.116569918		12.33	11.76	11.56		K1	52	1
52	WASP-16	*	14 18 43.9225013904	-20 16 31.843626168		12.51	11.29	11.00	10.49	G3V	69	1
53	* alf Cen B	PM*	14 39 35.06311	-60 50 15.0992	2.89	2.21	1.33			K1V	997	1
54	* alf Cen A	SB*	14 39 36.49400	-60 50 02.3737	0.96	0.72	0.01			G2V	1248	0
55	HAT-P-27	*	14 51 04.1870399712	+05 56 50.548526376		13.18	12.19	11.98	11.23	G8	56	1
56	WASP-24	*	15 08 51.7367171808	+02 20 35.962165104		12.00	11.22	11.43		F8-9	52	1
57	BD+36 2593	*	15 19 57.9203617176	+36 13 46.738078788		11.83	11.12			F	102	1
58	HD 139211	PM*	15 39 56.5437010824	-59 54 30.007118052		6.43	5.95			F6IV	85	0
59	CD-27 10695	*	15 59 50.9491505016	-28 03 42.312819096		11.83	11.59	11.31	10.92	F4	111	1
60	BD+28 2507	V*	16 02 11.8462322592	+28 10 10.420201452		11.88	11.25			G1V	100	1
61	HD 146389	*	16 15 50.3653280520	+10 01 57.284258556		9.866	9.39	9.22		F8	52	1
62	HD 149026	PM*	16 30 29.6185771608	+38 20 50.308980864		8.75	8.14			G0IV	222	1
63	* mu. Ara	PM*	17 44 08.7031414872	-51 50 02.591603160		5.85	5.15			G3IV-V	519	2
64	OGLE-TR 10	EB*	17 51 28.2593510544	-29 52 35.231024064			15.780	16.193	14.92	G2V	89	1
65	TrES-3	Pl	17 52 07.0185036683	+37 32 46.237002085						~	223	2
66	TrES-4	Pl	17 53 13.0490781575	+37 12 42.586106196						~	202	2
67	OGLE-TR 56	EB*	17 56 35.5016678064	-29 32 21.479240220			16.560	16.07	15.30	~	166	1
68	* 70 Oph	**	18 05 27.28518	+02 30 00.3558	5.40	4.89	4.03	3.38	2.92	K0-V	643	0
69	CoRoT-9	*	18 43 08.8100358120	+06 12 14.913236808		14.57	13.46	13.75		G3V	44	1
70	BD+47 2683	*	18 43 42.4230433392	+47 56 16.009897416		9.85	9.26			G0V	68	0
71	2MASS J18441281+4332024	RG*	18 44 12.8095920264	+43 32 02.367065760		10.756	9.676	9.465		K1IV	34	0
72	HD 173701	PM*	18 44 35.1191008536	+43 49 59.790008892		8.37	7.52			G8V	162	0
73	BD+46 2555	Ro*	18 47 39.2486448504	+46 41 09.979229364		9.98	9.52			F6IV	47	0
74	BD+47 2703	PM*	18 49 33.6586835784	+47 42 39.607192296		10.16	9.54			F9IV-V	44	0
75	HD 175226	*	18 52 16.4984285976	+43 42 35.801031636		7.91	7.42			F6IV	70	0
76	TYC 3123-1088-1	PM*	18 54 55.8843889776	+40 46 31.216294848		10.84	10.15			G3V	27	0
77	BD+45 2796	PM*	18 56 21.2642726544	+45 30 53.234154468		9.80	9.29			G0.5IV	86	0
78	HD 176071	Er*	18 56 22.1268370056	+45 30 25.361404632		8.81	8.33			F8IV	82	0
79	HD 176153	Ro*	18 56 36.6514583496	+47 39 23.133492756		9.20	8.68			F9IV-V	77	0
80	TYC 3541-1755-1	*	18 57 23.3434280712	+46 11 03.122648700		10.56	9.90			F9IV-V	24	0
81	TYC 3131-759-1	SB*	18 59 10.4997973752	+44 57 01.677181068		10.62	10.07			G0.5IV	25	0
82	Kepler-43	EB*	19 00 57.8034040200	+46 40 05.665887660		13.8		14.16		G0	77	1
83	BD+39 3610	PM*	19 01 08.6287588872	+39 29 52.805925024		10.58	10.09			F8V	22	0
84	BD+40 3567	*	19 01 45.0508649856	+41 04 50.082446568		9.77	9.27			G0.5IV	28	0
85	TYC 3541-2345-1	*	19 02 09.8972932896	+45 16 39.357745608		10.90	10.21			G3V	41	0
86	HD 177723	*	19 03 45.1355799960	+45 36 30.189464856		9.54	9.10			F8IV	56	0
87	NAME V672 Lyr b	Pl	19 04 09.8516024106	+36 37 57.445911611						~	330	1
88	BD+43 3152	SB*	19 05 02.5897090128	+43 22 46.587093780		9.94	9.38			F8IV	23	0
89	TYC 3124-850-1	Ro*	19 05 37.8739768272	+39 43 09.853287060		10.36	9.88			F5IV-V	21	0
90	BD+38 3428	PM*	19 05 45.2617733112	+38 31 22.560830328		9.77	9.22			F9IV-V	58	0
91	HD 178509	Ro*	19 06 55.9481056080	+42 40 19.342963020		9.39	8.86			F8IV	49	0
92	BD+42 3247	SB*	19 06 58.3280630808	+42 26 08.260897020		10.32	9.75			G0.5IV	63	0
93	Kepler-1b	Pl	19 07 14.0379171930	+49 18 59.090895318						~	319	2
94	HD 179070	Ro*	19 09 26.8349590368	+38 42 50.455534860		8.767	8.25	8.00		F6IV	159	1
95	BD+46 2643	SB*	19 12 40.9407237288	+46 24 01.183155696		10.18	9.67	9.604		F9IV-V	16	0
96	BD+47 2787	*	19 14 54.1714120608	+47 41 48.497060760		10.33	9.77			G0.5IV	20	0
97	HD 180867	*	19 15 54.6866907216	+47 03 40.230679068		8.75	8.24			F6IV	57	0
98	BD+39 3706	SB*	19 16 34.9026130056	+40 02 50.359631244				9.1		G1.5V	74	0
99	HD 234856	Ro*	19 17 45.8018919144	+50 28 48.274775580		9.87	9.32			F9IV-V	75	0
100	HD 181207	PM*	19 17 46.3565007888	+41 24 36.838219932		9.06	8.47			F9IV-V	81	0
101	BD+43 3209	*	19 18 54.1337809824	+43 29 46.691977452		10.14	9.52	9.46		F9IV-V	44	0
102	BD+41 3315	PM*	19 20 29.3442099120	+41 17 28.510142676		9.92	9.38			F9IV-V	42	0
103	BD+43 3221	*	19 20 47.9392965792	+44 09 18.751522032		10.03	9.50			F9IV-V	73	0
104	TYC 3555-1403-1	*	19 20 52.7286151344	+51 28 18.186868416		10.68	9.78			K0III-IV	34	0
105	BD+48 2882	**	19 21 24.640392	+48 30 53.31924		10.27	9.45	9.36		G1V	55	0
106	BD+36 3533	*	19 23 33.2215229808	+37 05 21.732235080		10.06	9.57			F5IV	20	0
107	HD 182633	*	19 23 36.9148636608	+43 53 28.653685440		8.97	8.47			F5IV-V	29	0
108	TYC 3134-829-1	Ro*	19 23 47.2974982728	+38 46 37.208071848		10.62	9.89			G2IV	21	0
109	BD+43 3228	PM*	19 23 56.4112114464	+43 18 52.537486464		10.84	10.15			G0V	54	0
110	BD+41 3338	*	19 24 11.1933479232	+42 03 09.726975180		9.97	9.19			G8IV-V	66	0
111	CoRoT-10	V*	19 24 15.2869439208	+00 44 46.002641280		16.676	15.216	15.48	13.64	K1V	35	1
112	HD 182756	*	19 24 30.3488274144	+40 19 23.671912908		9.01	8.31			G1V	64	0
113	HD 183159	PM*	19 26 19.3088534112	+41 52 12.722677572		9.26	8.58			G1V	41	0
114	CoRoT-8	*	19 26 21.2425572360	+01 25 35.177500524		16.096	14.797	14.267	13.26	K1V	33	1
115	HD 183298	PM*	19 26 22.0906256352	+50 59 14.334181836		8.71	8.16			G0.5IV	95	0
116	TYC 3547-478-1	PM*	19 26 29.0625819360	+48 42 43.526835576		11.66	10.95			G5IV-V	31	0
117	CoRoT-2	*	19 27 06.4944378024	+01 23 01.359897468		13.422	12.568	12.204	11.49	G7V+K9V	241	2
118	TYC 3551-149-1	PM*	19 27 20.4900952416	+48 57 12.010523580		10.59	9.85			G5IV	50	0
119	BD+36 3570	Ro*	19 28 19.8441075024	+37 03 35.403120000		9.40	8.97			F8IV	57	0
120	BD+47 2846	Er*	19 28 59.3538826128	+47 58 10.217007804		10.97	10.48			F6V	292	2
121	BD+44 3149	RG*	19 29 08.4405017304	+44 38 28.452855300		10.84	10.08	9.843		G9.5IV	38	0
122	TYC 3138-989-1	*	19 29 48.5312811528	+40 37 53.641429644		10.32	9.82			F8V	16	0
123	TYC 3560-2509-1	Ro*	19 33 52.7745159792	+47 02 44.511974340		10.76	10.21			G0V	48	0
124	BD+46 2726	Ro*	19 34 43.0022454096	+46 51 09.938179044		10.36	9.64			K0V	112	0
125	BD+39 3832	Ro*	19 35 37.9806721440	+40 03 27.468273780		9.69	9.25			F5IV-V	23	0
126	BD+44 3183	PM*	19 35 50.5739000112	+44 52 50.022974316		9.38	8.92			hF6mF2gF5V	55	0
127	BD+49 3061	*	19 36 18.8482043712	+49 49 26.946226164		10.32	9.49			G8IV	32	0
128	TYC 3135-624-1	PM*	19 36 48.8136243480	+38 42 56.789855496		10.35	9.55			G5IV	71	0
129	HD 185457	*	19 37 27.6974454120	+40 35 19.915408284		8.93	8.42			F8IV	41	0
130	TYC 3135-416-1	*	19 38 10.6797868344	+38 31 00.667275996		10.20	9.72			F5IV-V	33	0
131	HD 185834	*	19 39 00.6724153968	+46 54 06.984718740		9.26	8.78			F6IV	40	0
132	HD 225417	RG*	19 41 40.3306056480	+39 10 22.701048888		10.94	9.99			K1IV	33	0
133	WASP-67	*	19 42 58.5218345280	-19 56 58.521259680		12.90	12.54			K0V	29	1
134	BD+43 3349	Ro*	19 45 23.9642658792	+44 04 35.865815844		10.01	9.51			F6IV	40	0
135	BD+44 3244	*	19 46 17.8465825824	+44 49 39.614328156		10.24	9.51			G5IV-V	40	0
136	HD 187160	SB*	19 46 41.3411982432	+44 20 54.601189476		7.650	7.083			F9IV-V	94	0
137	BD+43 3368	*	19 48 14.2913289840	+43 44 48.961091040		9.63	9.17			F8V	43	0
138	HD 187582	PM*	19 48 22.4074859616	+49 14 11.852056752		9.40	8.71			G3V	40	0
139	HD 187637	PM*	19 49 18.1388793264	+41 34 56.859084552				7.2		F8V	109	0
140	HD 226030	Er*	19 49 38.3876919096	+39 38 47.535753120		9.75	9.264			F5IV-V	20	0
141	BD+47 2934	Ro*	19 50 14.2728443568	+47 28 25.166654760		9.68	9.24			F5IV-V	42	0
142	BD+47 2936	EB*	19 50 50.2472976936	+48 04 51.101390496				8.8		K4V	276	2
143	Kepler-17	Ro*	19 53 34.8643397568	+47 48 54.049530564		14.6		13.6		G5V	141	1
144	HD 188819	Ro*	19 54 54.1810396872	+47 08 42.949406328		9.12	8.66			F8IV	62	0
145	Kepler-44	Ro*	20 00 24.5656977240	+45 45 43.762595112		14.7		14.1		~	52	1
146	HD 189733	BY*	20 00 43.7129433648	+22 42 39.073143456	9.241	8.578	7.648	7.126	6.68	K2V	851	1
147	HD 190166	PM*	20 01 51.4248305136	+44 21 14.147515008		10.13	9.58			F8V	51	0
148	HD 190319	PM*	20 02 33.3210896856	+44 31 58.994152536		10.63	9.91			G2.5V	37	0
149	WASP-2	V*	20 30 54.1282355304	+06 25 46.341284844		13	11.98			K1.5	131	1
150	HD 197286	PM*	20 44 10.2208462488	-39 13 30.855881604		9.98	9.50			F5V	75	1
151	* gam Pav	PM*	21 26 26.6049826473	-65 21 58.313057521	4.57	4.70	4.22	3.75	3.45	F9VFe-1.4CH-0.7	409	0
152	HAT-P-17	PM*	21 38 08.7310010424	+30 29 19.446386748		11.33	10.38	10.24		G0	56	1
153	HD 209458	V*	22 03 10.7727465312	+18 53 03.549393384		8.21	7.63			F9V	1078	1
154	WASP-47	*	22 04 48.7261549272	-12 01 07.998743676			11.99	11.82		~	145	1
155	BD+34 4779	PM*	22 52 09.8636387352	+35 26 49.608422844		10.77	10.36	10.15		F8V	76	1
156	BD+37 4734B	PM*	22 57 46.8442481880	+38 40 30.358351704		10.82	9.87			G0V	159	1
157	WASP-21	*	23 09 58.2534443016	+18 23 45.885822792		12.12	11.55	11.52		G3V	55	1
158	WASP-6	*	23 12 37.7368282608	-22 40 26.273805024		12.90	11.91			G8V	88	1
159	WASP-10	V*	23 15 58.3006181424	+31 27 46.296056268		12.4		12.03		K5V	86	1
160	WASP-4	PM*	23 34 15.0857248317	-42 03 41.047972591		13.51	12.48	11.9		G7V	167	1
161	WASP-28	*	23 34 27.8814904872	-01 34 48.110067912		12.61			11.47	F8-G0	42	1
162	BD+41 4831	*	23 39 05.8102996968	+42 27 57.505293900		10.88	10.47			F8V	82	1
163	CD-40 15273	PM*	23 51 31.0839097560	-39 54 24.258188484		12.15	11.33	10.896	10.10	K4V	52	1
164	WASP-5	V*	23 57 23.7564672192	-41 16 37.743700800		12.808	12.146	12.058	11.44	G4V	114	1
165	CD-35 16019	PM*	23 59 36.0711872328	-35 01 52.923618408		10.49	9.87	9.91		G6	105	0

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