2003A&A...398.1121E

Query : 2003A&A...398.1121E

2003A&A...398.1121E - Astronomy and Astrophysics, volume 3981121-1135 (2003/2-2)

Automated spectroscopic abundances of A and F-type stars using echelle spectrographs II. Abundances of 140 A-F stars from ELODIE and CORALIE.

ERSPAMER D. and NORTH P.

Abstract (from CDS):

Using the method presented in Erspamer & North (2002A&A...383..227E, hereafter Paper I), detailed abundances of 140 stars are presented. The uncertainties characteristic of this method are presented and discussed. In particular, we show that for a S/N ratio higher than 200, the method is applicable to stars with a rotational velocity as high as 200 km/s. There is no correlation between abundances and Vsin i, except a spurious one for Sr, Sc and Na which we explain by the small number of lines of these elements combined with a locally biased continuum. Metallic giants (Hauck, 1986A&A...155..371H) show larger abundances than normal giants for at least 8 elements: Al, Ca, Ti, Cr, Mn, Fe, Ni and Ba. The anticorrelation for Na, Mg, Si, Ca, Fe and Ni with Vsin suggested by Varenne & Monier (1999A&A...351..247V) is not confirmed. The predictions of the Montreal models (e.g. Richard et al., 2001ApJ...558..377R) are not fulfilled in general. However, a correlation between [(Fe)/(H)] and logg is found for stars of 1.8 to 2.0M☉. Various possible causes are discussed, but the physical reality of this correlation seems inescapable.

Abstract Copyright: ∼

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

VizieR on-line data: <Available at CDS (J/A+A/398/1121): table5.dat table6.dat>

Simbad objects: 140

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Number of rows : 140
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 * 31 Psc * 00 02 24.1667353656 +08 57 24.569578152   6.497 6.325     A6V 46 0
2 * bet Cas dS* 00 09 10.68518 +59 08 59.2120 2.73 2.61 2.27 1.97 1.77 F2III 551 0
3 * rho And PM* 00 21 07.2687391968 +37 58 06.979645056   5.60 5.18     F5IV-V 140 0
4 * kap Phe PM* 00 26 12.2013436436 -43 40 47.390371480 4.22 4.11 3.94 3.78 3.70 A5IVn 158 0
5 * 28 And dS* 00 30 07.3651144632 +29 45 05.608065024   5.467 5.214     A7III 220 0
6 * lam Ari PM* 01 57 55.7167412144 +23 35 45.826018541   5.053 4.766     F0V 110 0
7 * alf Hyi PM* 01 58 46.1385834212 -61 34 11.359751511 3.33 3.13 2.84 2.55 2.39 F0IV 225 0
8 * 60 Cet PM* 02 03 11.6503068984 +00 07 42.629435904   5.579 5.423     A3IV 63 0
9 * del Hyi PM* 02 21 44.9423652192 -68 39 33.906922488 4.17 4.12 4.09 4.05 4.04 A2V 119 0
10 * lam Hor PM* 02 24 53.9099798448 -60 18 43.013000412   5.731 5.355     F2II/III 70 0
11 * ksi02 Cet * 02 28 09.5570589539 +08 27 36.216809306 4.14 4.25 4.30 4.29 4.34 B9III 352 0
12 * k Vel * 09 15 45.0797665800 -37 24 47.317883724 5.17 5.07 4.62 4.24 3.96 F3/5V 83 0
13 * M Vel PM* 09 36 49.5391581186 -49 21 18.091787493 4.64 4.52 4.35 4.20 4.10 A7V 65 0
14 * q Vel PM* 10 14 44.1556880397 -42 07 18.988830783 3.98 3.90 3.85 3.83 3.81 A2Va 146 0
15 * gam Crt PM* 11 24 52.9236160183 -17 41 02.442764421   4.25 4.06 6.12   A7V(n) 139 0
16 * lam Cen * 11 35 46.8780907704 -63 01 11.405976996 2.96 3.10 3.14 3.10 3.11 B9III 138 0
17 * bet Leo dS* 11 49 03.57834 +14 34 19.4090 2.30 2.22 2.13 2.08 2.06 A3Va 605 1
18 * del Crv PM* 12 29 51.8551642 -16 30 55.552542 2.80 2.89 2.94 2.99 3.03 A0IV(n)kB9 218 0
19 * gam Vir PM* 12 41 39.6282288151 -01 26 57.854228847 3.07 3.10 2.74 2.45 2.26 F1-F2V 482 0
20 * rho Vir dS* 12 41 53.0569475088 +10 14 08.252569320 5.00 4.97 4.88 4.80 4.78 A0Va_lB 232 0
21 * 20 CVn dS* 13 17 32.5411518092 +40 34 21.384382657   5.010 4.698     A9IImF2 248 0
22 * 64 Vir ** 13 22 09.7048864632 +05 09 17.115496380   5.989 5.873   5.82 kA3hA6mA7 73 0
23 * zet Vir PM* 13 34 41.5913587272 -00 35 44.939098032 3.58 3.50 3.38 3.31 3.25 A2Van 206 0
24 V* BH CVn RS* 13 34 47.8087660104 +37 10 56.691826860 5.43 5.38 4.98 4.57 4.27 A6m 350 0
25 * i Cen SB* 13 45 41.2439386102 -33 02 37.381099823 4.61 4.61 4.23 3.90 3.69 F2V 173 0
26 * tau Boo PM* 13 47 15.7381720026 +17 27 24.809555600 5.02 4.98 4.49 4.09 3.85 F7IV-V 1049 1
27 * tau Vir * 14 01 38.7935506885 +01 32 40.310188175   4.331 4.237   4.11 A2IV/V 149 0
28 * 95 Vir PM* 14 06 42.8232925008 -09 18 48.654853632   5.807 5.453     F2III 76 0
29 HD 124115 PM* 14 11 31.2032088168 +01 21 44.630928540   6.882 6.408     F6V 78 0
30 * 14 Boo ** 14 14 05.1793499304 +12 57 33.996726108   6.08   5.2   F8V 186 0
31 HD 125150 PM* 14 18 23.7564678312 -33 13 13.979262540   6.818 6.536     A9IV/V 35 0
32 * tet Boo PM* 14 25 11.7969501601 +51 51 02.677224089 4.57 4.56 4.05 3.64 3.39 F7V 397 0
33 * f Boo PM* 14 26 27.3650870400 +19 13 36.838844688   5.637 5.394     kA7hA8mF2(III)((Sr)) 128 0
34 * gam Boo dS* 14 32 04.6716795181 +38 18 29.693088076 3.33 3.21 3.02 2.88 2.80 A7IV+(n) 267 0
35 * sig Boo PM* 14 34 40.8173867232 +29 44 42.457673940 4.76 4.84 4.47 4.13 3.94 F4VkF2mF1 632 0
36 HD 129153 PM* 14 40 42.3928801560 +13 32 03.562108152   6.152 5.925     F0V 68 0
37 * mu. Vir PM* 14 43 03.6239867612 -05 39 29.524956308 4.25 4.26 3.88 3.48 3.26 F2V 239 0
38 HD 129422 PM* 14 45 17.3365585320 -62 52 32.337803676   5.644 5.360     A9III/IV 58 0
39 * alf02 Lib SB* 14 50 52.71309 -16 02 30.3955 2.99 2.90 2.75 2.61 2.57 kA2hA5mA4IV-V 231 0
40 * c Boo PM* 15 07 18.0659348352 +24 52 09.099406380 5.34 5.36 4.93 4.53 4.32 F5V 374 0
41 * bet Cir PM* 15 17 30.8494520580 -58 48 04.345266926   4.153 4.057     A3Va 136 0
42 * 5 Ser PM* 15 19 18.7974409923 +01 45 55.466382064   5.60   4.8   F8IV 355 0
43 * mu.01 Boo ** 15 24 29.4314684952 +37 22 37.761321648       4.1   F0IV 204 0
44 * eta Lib PM* 15 44 04.3994694816 -15 40 22.203300072   5.629 5.412     A5/7IV 63 0
45 * eps Ser PM* 15 50 48.9652705631 +04 28 39.831495034   3.844 3.693     kA2hA5mA7V 206 0
46 * chi Her PM* 15 52 40.5410491705 +42 27 05.462878877 5.19 5.19 4.62 4.14 3.82 F8VFe-2Hdel-1 532 0
47 HD 142357 * 15 53 34.8696799896 +16 04 29.761652748 6.660 6.630 6.220     F5.5IV+ 62 0
48 * bet TrA PM* 15 55 08.5620636 -63 25 50.615531 3.19 3.14 2.85 2.53 2.38 F1V 174 0
49 * pi. Ser * 16 02 17.6914838952 +22 48 16.029143784   4.887 4.817     A3V 98 0
50 * iot01 Nor ** 16 03 32.08942 -57 46 30.2641   4.89 4.67     A5IVs 99 0
51 * del Nor * 16 06 29.4516604824 -45 10 23.808085716   4.951 4.713     kA3hA7mF0III: 83 0
52 * d Sco PM* 16 18 17.8991603537 -28 36 50.471996469   4.804 4.782     A1Va 172 0
53 * gam Her PM* 16 21 55.2146227867 +19 09 11.262744388 4.22 4.03 3.76 3.47 3.33 A9IIIbn 184 0
54 * sig Ser PM* 16 22 04.3482156624 +01 01 44.556632832   5.15 4.82     F1IV 153 0
55 * ups Oph SB* 16 27 48.1733121458 -08 22 18.415622756   4.80 4.63     kA2hA5VmA5 144 0
56 * 14 Oph PM* 16 41 42.4819345392 +01 10 52.431236076   6.045 5.724     F2V 72 0
57 * 52 Her a2* 16 49 14.21821 +45 58 59.9620   4.914 4.823     A1VpSiSrCr 267 0
58 * 20 Oph PM* 16 49 50.0177515608 -10 46 59.034574488   5.105 4.632     F7V 189 0
59 * 33 Oph V* 17 03 39.3020359104 +13 36 19.251315216   5.913 5.908     A1V 68 0
60 * 60 Her PM* 17 05 22.6904232168 +12 44 26.975378148   5.001 4.871     A3V 134 0
61 * eta Sco PM* 17 12 09.1940948534 -43 14 21.082311424 3.83 3.74 3.33 2.97 2.77 F5IV 158 0
62 * e Her PM* 17 17 40.2531980520 +37 17 29.422635288 4.67 4.70 4.65 4.56 4.56 A2V 100 0
63 * ksi Oph PM* 17 21 00.3745211364 -21 06 46.571010951   4.752 4.387     F2V 151 0
64 * b Oph PM* 17 26 22.2165408824 -24 10 31.105002217   4.437 4.153     kA5hA9mF1III 140 0
65 * d Oph PM* 17 27 21.2756332194 -29 52 01.325368180   4.672 4.269     F5III-IV 114 0
66 * nu.01 Dra PM* 17 32 10.5682505040 +55 11 03.282550368       4.7   kA3hF0mF0(IV-V) 129 0
67 * alf Oph ** 17 34 56.06945 +12 33 36.1346 2.32 2.22 2.07 1.93 1.85 A5IVnn 495 0
68 * ksi Ser SB* 17 37 35.1997984917 -15 23 54.800748996   3.788 3.519     A9IIIpSr: 159 0
69 * pi. Ara PM* 17 38 05.5153908936 -54 30 01.562028048   5.431 5.242     A5IV/V 104 0
70 * omi Ser dS* 17 41 24.8727234242 -12 52 31.098964726   4.310 4.228     A2Va 101 0
71 HD 160910 PM* 17 41 58.6315350936 +15 57 08.760391308 5.880 5.920 5.540     F4Vw 85 0
72 * zet Ser PM* 18 00 29.0100539320 -03 41 24.977568563   4.982 4.616     F2V 203 0
73 * 68 Oph ** 18 01 45.1974936313 +01 18 18.306278873   4.453 4.429     A0.5Van 153 0
74 * 72 Oph PM* 18 07 20.9848472070 +09 33 49.848215907 3.95 3.85 3.73 3.59 3.54 A5V 156 0
75 * pi. Pav PM* 18 08 34.8159785896 -63 40 06.823127591   4.570 4.328     kA4hF0mF2III 75 0
76 * 101 Her * 18 08 52.8638629248 +20 02 42.838723104   5.259 5.099     A8III 52 0
77 * 36 Dra PM* 18 13 53.8328065738 +64 23 50.225760192   5.407 4.987 4.8   F5V 215 0
78 HD 170642 * 18 32 21.3310764544 -39 42 14.402758830   5.233 5.155     A3V 41 0
79 HD 171834 gD* 18 36 39.0746705736 +06 40 18.498612108   5.786 5.425     F3V 119 0
80 * alf Lyr dS* 18 36 56.33635 +38 47 01.2802 0.03 0.03 0.03 0.07 0.10 A0V 2787 1
81 * del Sct dS* 18 42 16.4268984096 -09 03 09.188922060   5.04 4.71     F2II-III 507 0
82 * lam CrA PM* 18 43 46.9419848160 -38 19 24.390826104   5.180 5.111     A0/1V 45 0
83 HD 172555 PM* 18 45 26.9009806435 -64 52 16.534807985   4.967 4.767     A7V 321 0
84 * 110 Her PM* 18 45 39.7256792847 +20 32 46.713086264 4.66 4.65 4.19 3.80 3.54 F5.5IV-V 427 0
85 * 111 Her PM* 18 47 01.2343128144 +18 10 53.457823992 4.56 4.49 4.36 4.19 4.13 AVa+ 167 0
86 * tet01 Ser PM* 18 56 13.1871962688 +04 12 12.982091004   4.74 4.57     A5V 134 0
87 * tet02 Ser PM* 18 56 14.6410220472 +04 12 07.659433620   5.18 4.98     A5Vn 79 0
88 * lam Tel * 18 58 27.7688562561 -52 56 19.058991290   4.786 4.838     B9.5IV/V 51 0
89 * 11 Aql PM* 18 59 05.7387801960 +13 37 20.074337544   5.788 5.258     F8V 103 0
90 * 16 Lyr PM* 19 01 26.3826174888 +46 56 05.147482164   5.189 5.006     A6IV 94 0
91 * 19 Aql ** 19 08 59.9147881896 +06 04 23.584037700 5.590 5.570 5.230     F0III-IV 94 0
92 * 59 Dra PM* 19 09 09.8814606288 +76 33 37.813819608   5.400 5.107     A7V 138 1
93 * alf CrA PM* 19 09 28.3415149600 -37 54 16.107840507   4.146 4.087     A2Va 120 0
94 * 28 Aql * 19 19 39.3480150048 +12 22 28.845689412   5.766 5.518     F0III 114 0
95 * pi. Dra * 19 20 40.0914694319 +65 42 52.314729157 4.67 4.61 4.59 4.55 4.58 A0III 103 0
96 * bet02 Sgr PM* 19 23 13.1375641478 -44 47 59.203680325   4.601 4.270     F2/3V 54 0
97 * del Aql ** 19 25 29.90139 +03 06 53.2061 3.72 3.68 3.36 3.11 2.95 F1IV-V(n) 247 0
98 HD 182900 PM* 19 26 24.1347183384 +13 01 25.691102256   6.211 5.754     F6III 81 0
99 * tet Cyg PM* 19 36 26.5330717650 +50 13 15.965003998 4.83 4.86 4.48 4.13 3.92 F3+V 361 1
100 HD 186155 PM* 19 40 50.1834564055 +45 31 29.788145729   5.47 5.06     F5II-III 86 0
101 * e02 Sgr ** 19 42 31.1329901640 -16 07 26.392911168   5.362 5.045     F3IV/V 72 0
102 * ups Aql PM* 19 45 39.9472100640 +07 36 47.366333496 6.18 6.09 5.91     A3IV 68 0
103 V* CN Dra dS* 19 46 44.6580874320 +68 26 16.747554444   6.625 6.331     F0III 66 0
104 * 51 Aql * 19 50 46.7838182160 -10 45 48.633459876   5.77 5.39     F5VFe-1CH-0.7 91 0
105 * alf Aql dS* 19 50 46.99855 +08 52 05.9563 1.07 0.98 0.76 0.62 0.49 A7Vn 919 1
106 * g Sgr PM* 19 57 57.0294583872 -15 29 29.285348568   5.058 4.998     A2V 79 0
107 * rho Aql PM* 20 14 16.6186826232 +15 11 51.386417088   5.006 4.946     A1Va 137 0
108 * b03 Cyg dS* 20 14 32.0323540824 +36 48 22.700909124 5.10 5.11 4.99 4.79 4.72 A2V 284 0
109 * nu. Cap * 20 20 39.8157949497 -12 45 32.690284207 4.61 4.72 4.76 4.75 4.81 B9IV 279 0
110 * eta Del PM* 20 33 57.0419447520 +13 01 37.933915620   5.453 5.380     A3IVs 75 0
111 * zet Del * 20 35 18.5362051999 +14 40 27.173946047   4.738 4.647     A3Va 86 0
112 * phi01 Pav PM* 20 35 34.8500676912 -60 34 54.296843484   5.036 4.745     F0V 86 0
113 * bet Del ** 20 37 32.94130 +14 35 42.3195 4.16 4.07 3.63 3.23 2.99 F5IV 285 0
114 * bet Pav * 20 44 57.4935921631 -66 12 11.561700749   3.577 3.408     A7III 82 0
115 * eps Aqr * 20 47 40.5495728200 -09 29 44.796936843 3.79 3.77 3.77 3.70 3.70 B9.5V 292 0
116 * iot Mic PM* 20 48 29.1527210832 -43 59 18.542615928   5.44 5.10     F2V 67 0
117 HD 200723 PM* 21 03 52.1356812000 +41 37 41.428427844   6.720 6.324     F3IV 54 0
118 * eta Cap ** 21 04 24.2968539274 -19 51 18.330775981 5.07 5.02 4.84 4.68 4.61 A5V 121 0
119 * tet Cap PM* 21 05 56.8284751494 -17 13 58.306214724 4.07 4.06 4.07 4.06 4.08 A1V 94 0
120 * gam Equ a2* 21 10 20.5000721160 +10 07 53.691967776 5.03 4.94 4.68 4.43 4.32 A9VpSrCrEu 564 0
121 * tet Ind ** 21 19 51.9894566760 -53 26 57.933870576   4.641 4.483 5.82   A5IV-V 91 0
122 * 18 Aqr PM* 21 24 11.4918118944 -12 52 41.192273892   5.758 5.476     F0V 56 0
123 * ksi Aqr SB* 21 37 45.1097726036 -07 51 15.125748379 5.01 4.86 4.69 4.52 4.42 K0III 125 0
124 * 5 Peg PM* 21 37 45.4301717280 +19 19 06.993012540   5.753 5.448     F1IV 84 0
125 * gam Cap a2* 21 40 05.4454210419 -16 39 44.536313677 4.19 3.98 3.67 3.47 3.34 kF0hF1VmF2 200 0
126 * mu. Cap PM* 21 53 17.7704445429 -13 33 06.366703913   5.45 5.08     F2V 112 0
127 * del Ind ** 21 57 55.0735349 -54 59 33.274025   4.68 4.40     F0IV 71 0
128 HD 208741 PM* 22 03 03.8227055880 -76 07 06.452629248   6.328 5.926     F3/5III 36 0
129 HD 210271 V* 22 09 55.7011258800 -34 00 53.877609036   5.591 5.371     A5IV 37 0
130 * tet Peg PM* 22 10 11.9886121211 +06 11 52.517717538 3.72 3.62 3.55 3.50 3.46 A1Va 194 0
131 * eps Cep SB* 22 15 02.1972987635 +57 02 36.846735569   4.47   4.0   F0V(Sr) 237 0
132 * sig Aqr * 22 30 38.8214037672 -10 40 40.505006280 4.59 4.73 4.81 4.81 4.85 A0IVs 125 0
133 * 31 Cep SB* 22 35 46.1342339520 +73 38 35.467997280       4.8   F2II 70 0
134 * 9 Lac PM* 22 37 22.4179184437 +51 32 42.435680257 4.98 4.87 4.63 4.41 4.27 A9VkA7mA6 83 0
135 V* CC Gru dS* 22 39 08.4012581328 -52 41 31.098996708   6.996 6.651     F3II/III 41 0
136 * alf PsA PM* 22 57 39.04625 -29 37 20.0533 1.31 1.25 1.16 1.11 1.09 A4V 1303 3
137 * pi. PsA Ce* 23 03 29.8154580840 -34 44 57.895528308   5.402 5.124     F1VFe-0.8 117 1
138 * 7 And PM* 23 12 33.0035121942 +49 24 22.345927341 4.85 4.81 4.52 4.23 4.07 F1V 162 0
139 * gam Tuc PM* 23 17 25.7564454336 -58 14 08.524954176 4.35 4.37 3.98 3.57 3.33 F4V 169 0
140 * tau Peg dS* 23 20 38.2462291728 +23 44 25.278232056   4.745 4.580     A5Vp_lB 189 0

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