Table A.4: Lithium abundances and rotational velocities.

field		 Sp. type $T_{\rm eff}$ W(Li  I )   $\log N$(Li) $v_{\rm rot,1}$ $v_{\rm rot,2}$
    [K] [mÅ]     [km s-1] [km s-1]

A001		 K0 5152 275 h 3.12 96 7
A007 K1 4989 <10 h <0.68 30 26
A010 K4Ve 4540 407 h 3.08 42 *
A013 M4e 3289 <60 l <-0.67 * *
A028 G9V 5230 39 h 1.58 22 *
A030 M5Ve 3170 <60 l <-0.79 * *
A035 M0e 3837 <60 l <-0.01 * *
A036 K4Ve 4540 80 h 1.08 17 *
A039 K4 4540 58 h 0.90 16 17
A042 K2 4836 104 h 1.64 63 90
A045 K3 4688 <60 l <1.13 * *
A050 M4e 3289 <60 l <-0.67 * *
A056 K1V-IV 4989 126 h 1.97 12 *
A057 G9V-IV 5230 277 h 3.23 20 *
A058 K1Ve 4989 310 h 3.17 31 *
A063 K3V 4688 84 h 1.31 21 20
A064 M3Ve 3404 <60 l <-0.51 * *
A065 K7Ve 4150 10 h -0.40 28 *
A069 G4V: 5636 259 h 3.59 >100 *
A071 K3V:e 4688 258 h 2.36 83 100
A072 G0V 5943 40 h 2.31 12 11
A075 M3e 3404 <60 l <-0.51 * *
A089 G5II-III 5553 <10 h <1.31 <5 *
A090 G0V 5943 131 h 3.03 31 *
A094 K3V 4688 424 h 3.39 >100 *
A095 G5V 5553 213 h 3.16 19 *
A096 K3V 4688 122 h 1.55 22 *
A098 M3Ve 3404 <60 l <-0.51 * *
A098 K5 4406 <10 h <-0.10 * *
A100 K4V 4540 362 h 2.84 15 *
A101 K3V 4688 294 h 2.62 27 *
A104 G5V-IV 5553 259 h 3.49 12 *
A107 G4V 5636 30 h 1.90 13 *
A111 M4e 3289 *   * * *
A115 K7Ve 4150 <10 h <-0.42 25 *
A120 G7V 5389 239 h 3.15 27 *
A122 G3IV 5370 32 h 1.65 16 *
A123 M3e 3404 <60 l <-0.51 * *
A127 M3Ve 3404 <60 l <-0.51 * *
A126 G0V-IV 5943 63 h 2.54 <5 *
A128 M3e 3404 <60 l <-0.51 * *
A130 K8V:e 4041 <10 h <-0.53 8 *
A135 M0e 3837 <60 l <-0.01 * *
A138 M2e 3524 <60 l <-0.40 * *
A138 M2e 3524 <60 l <-0.40 * *
A144 G5III 5044 42 h 1.41 <5 *
A144 G0V 5943 41 h 2.33 12 *
A146 M4e 3289 <60 l <-0.67 * *
A149 G0V: 5943 <10 h <1.68 24 40
A151 G0V 5868 53 h 2.39 <5 *
A151 G5V 5553 69 h 2.23 <5 *
A155 M3e 3404 <60 l <-0.51 * *
A154 G0V 5943 58 h 2.50 11 *
A159 M4Ve 3289 <60 l <-0.67 * *
A161 M0Ve 3837 304 h 1.48 44 *
B002 K3III 4256 315 h 2.17 6 *
B004 G5II 4957 33 h 1.19 <5 *
B008 G5 5553 121 h 2.58 9 18
B013 K2Ve 4836 30 h 0.99 31 *
B018 K5Ve 4406 36 h 0.50 12 *
B018 K9 3936 64 l 0.16 * *
B023 K7e 4150 <60 l <0.42 * *
B025 K7V 4150 <10 h <-0.42 6 *
B026 M4e 3289 272 l 0.53 * *
B034 G1IV-III 5868 127 h 2.93 12 *
B039 K2V 4836 213 h 2.27 21 *
B049 K0V 5152 <10 h <0.87 10 *
B054 G8 5309 *   * * *
B056 K3IV-III 4688 38 h 0.91 14 *
B064 G5II 4957 92 h 1.72 6 *
B066 K0V 5152 <10 h <0.87 5 *
B066 K9 3936 <60 l <0.13 * *
B068 K5e 4406 130 l 1.21 * *
B084 K7 4150 <60 l <0.42 * *
B086 K0III 4656 147 h 1.65 11 16
B110 G1 5868 <10 h <1.61 34 32
B122 G2IV 5458 10 h 1.23 27 *
B124 G5III 5044 153 h 2.19 6 *
B125 M5e 3170 <60 l <-0.79 * *
B134 G5 5553 *   * * *
B147 M2e 3524 <60 l <-0.40 * *
B160 G2V 5794 128 h 2.86 12 7
B164 M3 3404 <60 l <-0.51 * *
B174 G1V 5868 136 h 2.99 11 *
B183 K0V 5152 134 h 2.21 7 *
B185 K7Ve 4150 26 h 0.02 13 *
B188 G7III 4879 <10 h <0.54 <5 *
B189 M5e 3170 <150 l <-0.19 * *
B193 M3e 3404 <60 l <-0.51 * *
B194 G0V 5943 54 h 2.46 10 *
B195 G5III 5044 56 h 1.55 16 *
B199 K4V 4540 50 h 0.83 26 *
B200 K8e 4041 <60 l <0.31 * *
B205 G1V 5868 <10 h <1.61 18 *
B206 K8Ve 4041 607 h 3.06 16 *
B207 M0e 3837 <60 l <-0.01 * *
B209 G2II 5200 <10 h <0.93 5 *
C003 M4e 3289 <60 l <-0.67 * *
C005 M0e 3837 <60 l <-0.01 * *
C006 K9V 3936 <10 h <-0.79 15 *
C009 G8V 5309 73 h 2.00 11 *
C020 G9IV 4859 <10 h <0.52 <5 *
C024 K2 4836 <10 h <0.49 42 52
C046 M6e 3033 <60 l <-0.88 * *
C047 G0V 5943 73 h 2.63 11 *
C053 K7e 4150 <60 l <0.42 * *
C055 K3V 4688 <10 h <0.29 40 *
C058 K5e 4406 30 h 0.41 12 11
C060 M2V 3524 <60 l <-0.40 * *
C061 K4e 4540 <10 h <0.09 8 13
C071 G0V: 5943 24 h 2.08 41 *
C077 M2e 3524 <60 l <-0.40 * *
C084 M2e 3524 <60 l <-0.40 * *
C095 K1IV 4624 <10 h <0.20 <5 *
C106 M2e 3524 <60 l <-0.40 * *
C120 M5e 3170 <60 l <-0.79 * *
C125 K0IV 4775 <10 h <0.41 6 *
C143 K2V 4836 75 h 1.44 18 *
C146 K8e 4041 <60 l <0.31 * *
C147 M4Ve 3289 <60 l <-0.67 * *
C152 M4e 3289 <60 l <-0.67 * *
C160 K7e 4150 <60 l <0.42 * *
C162 M2e 3524 *   * * *
C165 K4V 4540 34 h 0.65 7 *
C165 G1V 5868 <10 h <1.61 <5 *
C176 K1V 4989 148 h 2.09 9 *
C180 K8Ve 4041 <10 h <-0.53 11 *
C183 G5 5553 29 h 1.81 29 20
C187 K6 4276 *   * * *
C192 G0 5943 *   * * *
C194 K1IV-III 4989 <10 h <0.68 5 *
C197 G5V 5553 130 h 2.64 10 *
C200 K5e 4406 160 h 1.38 32 31
D018 K1III 4508 17 h 0.28 <5 *
D022 M1V 3664 <10 h <-1.15 * *
D024 K7V: 4150 16 h -0.19 16 *
D036 M3e 3404 *   * * *
D037 G1V-IV 5868 13 h 1.72 5 *
D053 K4:V: 4540 <10 h <0.09 44 *
D064 K0 5152 115 h 2.10 19 22
D092 M3Ve 3404 <10 h <-1.42 * *
D114 M5e 3170 *   * * *
D114 M4e 3289 *   * * *
D122 M3e 3404 *   * * *
D123 M2e 3524 <10 h <-1.29 11 *
D140 G8:V: 5309 <10 h <1.05 11 *
D153 G0V: 5943 <10 h <1.68 42 *
E006 K1:V: 4989 32 h 1.21 33 32
E008 M2e 3524 *   * * *
E021 K7:V: 4150 <10 h <-0.42 92 *
E022 G1V 5868 172 h 3.21 18 *
E030 M2e 3524 <40 m <-0.61 * *
E044 K0V 5152 <10 h <0.87 7 *
E045 K0 5152 *   * 15 10
E055 M3e 3404 *   * * *
E057 M5e 3170 *   * * *
E062 M2e 3524 *   * * *
E066 K1V: 4989 27 h 1.13 49 *
E067 G1IV 5546 98 h 2.43 8 *
E073 K3e 4688 *   * * *
E091 K0 5152 <10 h <0.87 11 33
E093 K7 4150 <10 h <-0.42 7 11
E097 K0 5152 27 h 1.33 11 12
E098 M5e 3170 *   * * *
E106 M5e 3170 *   * * *
E107 K1III 4508 <10 h <0.04 14 *
E145 K1e 4989 <10 h <0.68 30 30
E149 K1 4989 36 h 1.27 15 18
E154 G2IV 5458 68 h 2.12 25 *
E155 K1 4989 <10 h <0.68 * *
E170 M5e 3170 *   * * *
E179 K4IVe 4207 66 h 0.53 18 *
E221 G9III 4726 <10 h <0.34 8 *
E256 K4V 4540 <10 h <0.09 6 *
E262 K0V-IV 5152 31 h 1.39 6 *
F002 K1IV 4624 <10 h <0.20 13 *
F003 M3Ve 3404 <10 h <-1.42 * *
F015 K2 4836 185 h 2.11 12 16
F019 M1V 3664 <60 l <-0.27 10 *
F023 G8 5309 82 h 2.06 18 18
F027 K7e 4150 <60 l <0.42 * *
F030 K5V: 4406 <10 h <-0.10 35 18
F031 G8 5309 18 h 1.33 34 51
F033 M5e 3170 <60 l <-0.79 * *
F037 G8 5309 <10 h <1.05 41 42
F039 M4e 3289 <60 l <-0.67 * *
F040 M3e 3404 <60 l <-0.51 * *
F046 G8:V: 5309 106 h 2.23 5 *
F053 G0 5943 *   * * *
F060 K1e 4989 108 h 1.86 8 27
F066 G8V 5309 13 h 1.18 <5 *
F081 K5 4406 *   * * *
F083 K1 4989 19 h 0.98 28 27
F087 G5:V: 5553 80 h 2.31 31 *
F093 M2e 3524 <60 l <-0.40 * *
F094 K1IV 4624 49 h 0.93 9 *
F101 K2V: 4836 285 h 2.76 97 *
F106 K0IV 4775 <10 h <0.41 29 *
F110 M2e 3524 <60 l <-0.40 * *
F114 G8V: 5309 18 h 1.33 >100 *
F117 K8 4041 <60 l <0.31 * *
F133 G8V 5309 35 h 1.63 <5 *
F134 G3IV 5370 15 h 1.31 <5 *
F140 K0III 5152 307 h 3.36 <5 *
F142 K8V 4041 54 h 0.26 24 *


Source LaTeX | All tables | In the text

Article Contents
1 Introduction
2 The sample
3 Spectroscopic observations
4 Observational results
5 Data analysis and discussion
6 Conclusions
Appendix A: Parameters of the sample and results
References
Online Material
List of tables
List of figures