CDS

2006A&A...450.1173L

Query : 2006A&A...450.1173L

2006A&A...450.1173L - Astronomy and Astrophysics, volume 450, 1173-1179 (2006/5-2)

Lithium abundances and rotational behavior for bright giant stars.

LEBRE A., DE LAVERNY P., DO NASCIMENTO J.D.Jr and DE MEDEIROS J.R.

Abstract (from CDS):

We study the links possibly existing between the lithium content of bright giant stars and their rotational velocity. We performed a spectral analysis of 145 bright giant stars (luminosity class II) spanning the spectral range from F3 to K5. All these stars have homogeneous rotational velocity measurements available in the literature. For all the stars of the sample, we provide consistent lithium abundances (ALi), effective temperatures (Teff), projected rotational velocity (vsini), mean metallicity ([Fe/H]), stellar mass, and an indication of the stellar multiplicity. The gradual decrease in lithium abundance with Teffis confirmed for bright giant stars, and it points to a dilution factor that is at least as significant as in giant stars. From the F to K spectral types, the ALispans at least three orders of magnitude, reflecting the effects of stellar mass and evolution on dilution. We find that the behavior of ALias a function of vsini in bright giant stars presents the same trend as is observed in giants and subgiants: stars with high ALiare moderate or fast rotators, while stars with low ALishow a wide range of vsini values.

Abstract Copyright: ∼

Journal keyword(s): stars: abundances - stars: atmospheres - stars: evolution - stars: rotation

Simbad objects: 145

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Number of rows : 145
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 HD 224870 * 00 01 19.2513981456 +49 58 53.604988572   7.185 6.217     G7II-III 29 0
2 HD 225292 SB* 00 05 01.1840872680 +27 40 29.247020868   7.419 6.462     G8II 41 0
3 HD 936 SB* 00 13 56.1982409424 +59 59 57.569785692   8.018 6.910     G7.5IIab 31 0
4 * 36 Psc ** 00 16 34.0418564136 +08 14 24.566106696   7.042 6.121     G8II-III 56 0
5 HD 1367 PM* 00 17 47.6985124032 +01 41 19.427084376   7.126 6.176     K0III 40 0
6 HD 1375 * 00 17 56.3060118360 +12 46 17.279004936 8.200 7.490 6.530     G8II 20 0
7 * 58 Psc SB* 00 47 01.4560849248 +11 58 25.865643612   6.489 5.504     G8II 64 0
8 HD 5418 * 00 56 09.1198504560 +13 57 07.051546548 8.140 7.420 6.440     G8II 23 0
9 * 2 UMi PM* 01 08 44.8800522 +86 15 25.523975   5.459 4.225     K2III 89 0
10 HD 8681 * 01 24 41.9141955096 -44 31 42.875504976   7.405 6.247     K1II 36 0
11 HD 11668 * 01 52 48.4385709768 -56 22 17.345136864   9.27 8.23     K0II 12 0
12 HD 12409 * 02 00 38.2018736808 -39 39 52.924461840   9.63 8.71     G6II 12 0
13 HD 13280 * 02 08 38.6115098472 -43 16 02.409821364   10.04 8.78     K1/2II 12 0
14 HD 13640 * 02 11 52.5994906272 -43 28 21.662435856   10.16 8.83     K1/2II 6 0
15 * ksi01 Cet EB* 02 13 00.0003185160 +08 50 48.128462340 5.86 5.23 4.35 3.68 3.18 G7IIIBa0.4Fe-1 211 1
16 HD 16899 * 02 39 44.5205491440 -62 41 47.087514240   8.61 7.52     K0II 14 0
17 HD 16735 PM* 02 42 59.5232301744 +53 31 33.986370504   6.987 5.835     G8III 36 0
18 HD 17346 * 02 49 14.3135426736 +57 01 59.693140272   8.098 6.845     K0III 23 0
19 HD 18175 PM* 02 55 14.0259665712 +00 26 12.382074492   8.18 7.04     K0III 34 0
20 HD 20644 * 03 20 20.3611110 +29 02 54.445135 7.81 6.02 4.47 3.27 2.39 K3IIIaBa0.5 124 0
21 HD 21901 * 03 28 38.7611241744 -61 11 22.306569288   9.50 8.33     K1II 14 0
22 * f Tau SB* 03 30 52.3775767512 +12 56 12.010703172 6.25 5.23 4.10 3.33 2.79 K0-III 104 0
23 HD 22287 * 03 33 09.6462411672 -48 54 53.625816000   9.16 8.18     G8II 13 0
24 HD 24107 * 03 50 18.4232709648 -03 53 18.872269692   8.65 7.53     K0III 19 0
25 HD 25189 * 03 59 25.3141492320 -20 19 58.407937212   8.48 7.25     K1III 17 0
26 HD 26045 * 04 04 28.5064281648 -55 47 49.975057032   10.13 8.87     K1II 13 0
27 HD 26004 * 04 06 16.2476979816 -19 30 48.174612264   8.83 7.63     K0III 22 0
28 HD 25877 * 04 09 27.5710891104 +59 54 29.052740304   7.407 6.295     G7II 57 0
29 HD 26311 * 04 10 59.0241915312 +33 35 12.402840264 8.65 7.20 5.74 4.69 3.90 K2-IIICN1 50 0
30 * f Per SB* 04 14 53.3324007648 +40 29 01.105360764   5.652 4.691     G5II+A2V 91 0
31 HD 27022 * 04 20 40.3256358240 +65 08 25.589310792 6.55 6.08 5.27 4.63 4.20 G4III 153 0
32 HD 30031 * 04 37 18.1771955760 -72 28 36.474069576   9.12 7.78     K2/3II 13 0
33 * 1 Aur PM* 04 49 54.6394565 +37 29 17.793572   6.312 4.867     K3+III 101 0
34 * iot Aur V* 04 56 59.6200224533 +33 09 57.937579478 6.00 4.22 2.69 1.63 0.81 K3II-III 276 0
35 * pi.06 Ori V* 04 58 32.9022894600 +01 42 50.448732336   5.853 4.459     K2-IIb 130 0
36 * zet Aur EB* 05 02 28.6873880 +41 04 33.019985 5.35 4.97 3.75 2.62 1.75 K5II+B7V 452 0
37 HD 32406 * 05 04 14.5685706240 +30 29 40.498180080   7.339 6.160     K0II-III 30 0
38 HD 32356 PM* 05 06 29.7099857640 +61 10 11.099528580   7.377 5.994     K5II 28 0
39 HD 33239 PM* 05 08 00.3596391384 -20 07 16.540624812   8.41 7.31     K0III 18 0
40 HD 34579 * 05 19 14.6904846024 +20 08 04.528803516   7.140 6.107 7.24   K0III 31 0
41 HD 38871 RG* 05 46 27.3724390824 -46 35 49.858502028   6.342 5.302     K0/1II 27 0
42 * 56 Ori V* 05 52 26.4385770120 +01 51 18.496311408   6.130 4.750     K2-IIb 113 0
43 HD 39632 * 05 54 13.3493385528 +10 35 11.060841192   7.533 6.115     G9II 32 0
44 HD 40733 * 05 58 37.5470521272 -44 02 04.417137240   6.849 5.802     G8II 18 0
45 * 38 Aur PM* 06 03 17.9529224712 +42 54 41.391470592       5.5   K0III 87 0
46 HD 42351 * 06 11 01.7705545008 +18 07 49.663382772   7.700 6.335     K1II 33 0
47 * 36 Cam * 06 12 51.0625468800 +65 43 06.315969252   6.694 5.344     K1III-IIIbCH-0.5 61 0
48 HD 43335 * 06 16 23.7924750432 +17 10 53.784436872   7.950 6.370     K5II 32 0
49 * 77 Ori * 06 27 13.7610764376 +00 17 57.279117408   6.368 5.186     K1II 73 0
50 HD 47475 * 06 36 51.2730813480 -41 33 25.698995352   7.490 6.338     K0II 18 0
51 HD 49778 Pe* 06 47 41.4453734808 -47 17 59.618779008   8.145 7.098     G8II 17 0
52 HD 50716 Pe* 06 49 07.9441225248 -67 21 03.532574196   8.94 8.05     G6II 12 0
53 V* IS Gem LP* 06 49 41.3134679544 +32 36 24.334958160   7.015 5.708     K2/4III 44 0
54 V* V415 Car EB* 06 49 51.3141446 -53 37 20.818154   5.323 4.408     G4II 77 0
55 HD 51315 Pe* 06 54 41.0689314000 -43 59 43.113044292   8.67 7.61     K0II 11 0
56 HD 52938 * 07 02 46.1736903504 -08 27 08.501227092 11.52 9.56 7.85     K3.5II-IIIBa0.5: 43 0
57 HD 54519 * 07 08 21.8888178696 -20 51 33.732472248   8.37 6.81     K3III 17 0
58 HD 54825 * 07 11 29.9929008888 +26 24 21.257952228   7.78 6.70     K0II 24 0
59 HD 55751 * 07 14 20.0627366016 +03 06 41.102149896   6.561 5.343     K0III 47 0
60 HD 57146 * 07 18 51.2737383648 -26 35 09.081112236   6.258 5.288     G2Ib 80 0
61 HD 59878 * 07 32 50.6292114984 +22 53 15.360210528   7.501 6.511     G9III 45 0
62 * 140 Pup * 07 40 23.2104428256 -15 15 50.110710444   6.503 4.951     K3III 55 0
63 * c Pup * 07 45 15.2964161 -37 58 06.899807 7.06 5.34 3.61 2.26 1.26 K4III 98 0
64 HD 63870 * 07 48 15.0691436424 -54 42 51.424150212   7.73 6.62     K1II 15 0
65 HD 64067 * 07 49 06.7214872680 -56 24 37.309550976   6.67 5.57     G5II 22 1
66 HD 64320 * 07 49 54.7652080728 -60 03 05.187529692   7.954 6.716     K0II 30 0
67 HD 65662 * 07 56 18.6483286488 -60 31 35.166305856   7.266 5.717     K3+IIIa 54 0
68 * j Pup * 07 56 51.5389962 -22 52 48.433986   4.900 4.184     F7II 105 0
69 HD 66812 Pe* 08 03 29.6054372784 -42 56 53.982386988   7.280 6.271     G8II 31 0
70 HD 67249 * 08 04 42.3996195240 -50 35 25.426924188   7.146 5.943     G5II 26 0
71 * 55 Cam Pe* 08 12 48.7881816720 +68 28 26.663711052   6.352 5.329     G7IIb 102 0
72 * 20 Pup * 08 13 19.9671571968 -15 47 17.608829604 6.84 6.06 4.99     G4Ib-II 84 0
73 * w Pup * 08 21 23.0260290792 -33 03 15.714284652 7.73 6.26 4.80 3.83 3.08 K2+IIIa 70 0
74 HD 71115 * 08 25 54.7670593176 +07 33 52.214573088   6.051 5.122     G6III-IIIaFe-1.5 76 0
75 * C Vel s*r 08 34 43.5965158752 -49 56 39.127662240 7.72 6.34 5.01 4.04 3.36 K1.5Ib 40 0
76 * rho02 Cnc * 08 55 39.6804925248 +27 55 38.935852068   6.229 5.225     G8III 65 0
77 HD 76494 * 08 56 37.0374423504 +04 14 11.690050164   7.128 6.131     G8III 37 0
78 HD 77250 * 09 01 31.3867409688 +05 38 27.546383940   7.151 6.052     K1II-III 40 0
79 * ome Hya * 09 05 58.3697845608 +05 05 32.373707964   6.219 4.981     K2II-III 85 0
80 HD 79698 * 09 12 55.6309265304 -59 24 50.144423400   6.370 5.532     G5III 36 0
81 HD 80126 * 09 15 34.7130341448 -57 34 39.867121632   7.347 6.311     G8II 22 0
82 HD 87238 * 10 01 58.0487031984 -57 20 59.238906072   7.303 6.191     K1II 24 0
83 HD 88009 PM* 10 09 08.4357015624 +18 31 50.116825704 8.890 7.980 6.910     G8+IIIbCN1 24 0
84 * q Car LP* 10 17 04.9753050 -61 19 56.288301   4.899 3.350     K2.5II 138 0
85 V* GZ Vel LP* 10 19 36.7507384 -55 01 45.502292   6.146 4.543     K2.5II 57 0
86 * r Car V* 10 35 35.2972129 -57 33 27.483463   6.043 4.430     K3II-IIb 34 0
87 HD 95725 V* 11 03 11.4819195600 +28 55 48.459235908   8.11 7.07 11.0   K1II 22 0
88 HD 98217 * 11 18 01.3820089200 +22 10 47.821168128   7.77 6.84     G8II 21 0
89 * 56 UMa SB* 11 22 49.5779879928 +43 28 57.714470868 6.86 6.04 5.03 4.30 3.81 G8IIIa 147 0
90 * 5 Com * 12 12 09.2896038720 +20 32 31.423152156   6.50 5.55     G8+IIICH0.5 54 0
91 * bet Crv PM* 12 34 23.2348393 -23 23 48.337453 4.17 3.52 2.64 2.03 1.59 G5IIBa0.3 255 0
92 HD 119035 PM* 13 40 15.5778600264 +31 00 43.328600784   7.17 6.20     G8II-III 39 0
93 HD 125728 * 14 20 45.0834800616 +26 04 31.900480428   7.718 6.787     G8II 33 0
94 * eps Boo A * 14 44 59.223146 +27 04 27.14599   3.61 2.45     K0-II-III 116 0
95 HD 130766 * 14 49 14.8300708344 +25 09 03.210286212   8.033 6.678     K3II 20 0
96 HD 145931 * 16 11 47.5988226144 +42 22 28.439558004   7.348 5.868     K4III 46 0
97 * s Her RG* 16 30 33.5484796848 +20 28 45.074511516   6.484 5.243     G8.5IIICN-2CH-1Fe-1 138 0
98 HD 150030 * 16 36 11.2017394920 +46 36 47.992202640   6.851 5.814     G8II 49 0
99 * pi. Her V* 17 15 02.8343634 +36 48 32.984340 6.28 4.61 3.18 2.22 1.49 K3II 241 0
100 * e Oph PM* 17 18 36.9902276784 +10 51 52.111241856   6.550 5.020     K4II-III 71 0
101 * sig Oph V* 17 26 30.8807335272 +04 08 25.293765444 7.39 5.82 4.31 3.22 2.46 K2II 175 0
102 * bet Dra * 17 30 25.9616959 +52 18 04.999351 4.43 3.79 2.81 2.12 1.64 G2Ib-IIa 412 0
103 HD 161149 * 17 43 22.0226907336 +14 17 42.610199172   6.643 6.211     F5III 72 0
104 HD 168393 * 18 19 52.1281505040 -11 17 15.178069248   7.92 7.42     F5V 36 0
105 HD 171874 * 18 36 36.6262611288 +12 59 15.377622000   7.838 7.352     F6II 30 0
106 * eps Sct * 18 43 31.2509020224 -08 16 30.765630720   5.998 4.889     G8IIb 90 0
107 HD 174980 PM* 18 45 46.7674046544 +74 05 07.984339008   6.214 5.244     K0II-III 44 0
108 * bet Sct SB* 18 47 10.4742156840 -04 44 52.342960488 6.15 5.31 4.22 3.43 2.86 G4IIa 186 0
109 * 49 Dra * 19 00 43.4564400648 +55 39 29.883053808   6.368 5.513     G6IIbFe-0.5 58 0
110 HD 180656 * 19 14 20.5006740528 +55 56 25.405943136   7.79 6.73     K1II 17 0
111 IRAS 19130+1459 * 19 15 20.0902287360 +15 05 01.149801756   6.621 5.571     G8II-III 90 0
112 * tet Lyr * 19 16 22.0948728 +38 08 01.423443 6.87 5.64 4.38 3.51 2.93 K0II 191 0
113 * bet01 Cyg ** 19 30 43.28052 +27 57 34.8483 4.83 4.21 3.08 2.21 1.55 K3II+B9.5V 230 0
114 HD 184944 * 19 36 15.6824963472 +14 23 27.838111524   7.411 6.364     K0II-III 32 0
115 HD 186155 PM* 19 40 50.1834564055 +45 31 29.788145729   5.47 5.06     F5II-III 78 0
116 HD 186927 * 19 45 51.3558635016 +35 00 45.906462576   7.176 6.098     K1IIICN1 30 0
117 * gam Aql * 19 46 15.5802908 +10 36 47.740788 5.93 4.23 2.72 1.65 0.87 K3II 436 0
118 HD 189276 * 19 55 55.3786911120 +58 50 45.487067280 8.47 6.51 4.96 3.56 2.92 K4.5IIIa 80 0
119 * e Cyg * 20 01 21.5633865408 +50 06 16.895812680   6.170 5.048     G8III 67 0
120 * 19 Vul * 20 11 47.9739680088 +26 48 32.367917268   6.879 5.487     K2IIIaCa0.5 62 0
121 HD 193092 V* 20 16 55.2856987776 +40 21 54.273252420   6.871 5.236     K3IIIaFe-1 76 0
122 HD 193217 * 20 17 29.0565341184 +42 43 19.422976620   7.909 6.273     K4+II-III 42 0
123 * 41 Cyg V* 20 29 23.7356120 +30 22 06.796777 4.69 4.42 4.01 3.65 3.42 F5Ib-II 187 0
124 HD 195432 * 20 30 25.2560608032 +27 49 58.014376896   7.675 7.042     F8II- 41 0
125 * 70 Aql * 20 36 43.6331948352 -02 32 59.836714368   6.475 4.880     K4+IIIBa1 77 0
126 * 49 Cyg ** 20 41 02.5422151056 +32 18 26.238680208   6.672 5.638     G8IIb 82 0
127 HD 199098 V* 20 53 18.5691518304 +45 10 54.050823876   6.550 5.462     K0II 49 0
128 HD 199612 * 20 56 25.8955286856 +49 11 44.992296924   6.963 5.913     G8II-III 38 0
129 * f02 Cyg * 21 06 36.0938154 +47 38 54.249030   6.079 4.514     K4Ib-IIa 109 0
130 * zet Cyg SB* 21 12 56.1859347 +30 13 36.895667 4.96 4.20 3.21 2.52 2.04 G8+III-IIIaBa0.5 338 0
131 HD 204509 ** 21 28 52.83522 +11 05 05.4095   9.00 8.47 7.40   F4IV 72 0
132 HD 205603 PM* 21 36 05.0380435608 +15 04 55.177286844   7.45 6.51     G8II 25 0
133 HD 206731 * 21 42 38.8099919712 +49 36 00.889589448   7.084 6.089     G8II 47 0
134 * 24 Cep * 22 09 48.4306626240 +72 20 28.339730448   5.707 4.786     G7II-III 101 0
135 HD 211300 * 22 12 52.7643800592 +73 18 25.900104708   7.084 6.082     G8III 41 0
136 * 40 Peg PM* 22 38 52.5937940592 +19 31 20.103857904 7.370 6.750 5.820     G8II 67 0
137 HD 216219 SB* 22 50 52.1530053936 +18 00 07.703208072   8.06 7.44     G1II-III:Fe-1CH0.5 118 0
138 HD 216756 PM* 22 55 02.6473045344 +37 04 36.582079476   6.295 5.901     F4V 94 0
139 HD 217673 * 23 01 30.7144632384 +57 06 19.657463220   7.684 6.207     K1.5II 50 0
140 HD 218043 PM* 23 04 36.4195685712 +31 18 26.854101072   7.157 6.763     F4II 32 0
141 * 56 Peg SB* 23 07 06.7390851 +25 28 05.732922 7.20 6.06 4.74 3.74 3.07 K0.5II:Ba1CN-2CH-0.5 262 0
142 HD 220102 SB* 23 20 20.8201432872 +60 16 29.142644196 7.72 7.207 6.634     F2II 42 0
143 HD 220369 V* 23 22 32.5327535256 +60 08 00.552165504   7.189 5.513     K3II 40 0
144 HD 221661 * 23 33 42.9856982760 +45 03 29.143964844   7.252 6.246     G8II 31 0
145 HD 223173 V* 23 47 01.9184555184 +57 27 04.892546304   7.149 5.503     K3-IIb 73 0

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2023.06.03-15:57:29

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