2002A&A...382.1016C


Query : 2002A&A...382.1016C

2002A&A...382.1016C - Astronomy and Astrophysics, volume 382, 1016-1020 (2002/2-2)

The tidal effects on the lithium abundance of binary systems with giant component.

COSTA J.M., DA SILVA L., DO NASCIMENTO J.D.Jr and DE MEDEIROS J.R.

Abstract (from CDS):

We analyse the behavior of lithium abundance as a function of effective temperature, projected rotational velocity, orbital period and eccentricity for a sample of 68 binary systems with giant component and orbital period ranging from about 10 to 6400 days. For these binary systems the Li abundances show a gradual decrease with temperature, paralleling the well established result for single giants. We have also observed a dependence of lithium content on rotation. Binary systems with moderate to high rotation present also moderate to high Li content. This study shows also that synchronized binary systems with giant component seem to retain more of their original lithium than the unsynchronized systems. For orbital periods lower than 100 to 250 days, typically the period of synchronization for this kind of binary systems, lithium depleted stars seems to be unusual. The suggestion is made that there is an ``inhibited zone" in which synchronized binary systems with giant component having lithium abundance lower than a threshold level should be unusual.

Abstract Copyright:

Journal keyword(s): stars: binaries - stars: abundances - stars: evolution - stars: interiors - stars: late-type

Simbad objects: 69

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Number of rows : 69
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2022
#notes
1 * 33 Psc RS* 00 05 20.14193 -05 42 27.4279 6.52 5.65 4.61 3.83 3.29 K0III-IV 203 0
2 * 5 Cet EB* 00 08 12.0955513656 -02 26 51.740585628   7.58 6.22     K2IIICNIVp 117 0
3 V* BD Cet RS* 00 22 46.3329264624 -09 13 51.076173360   9.09 7.978   6.770 K1IIIe+F 60 0
4 * alf Phe SB* 00 26 17.05140 -42 18 21.5539   3.47 2.38     K0.5IIIb 149 0
5 * 39 Cet RS* 01 16 36.2879453688 -02 30 01.328624496   6.310 5.428     G6III:eFe-2 249 0
6 HD 12923 SB* 02 06 29.3093426424 +00 02 07.237717980   7.192 6.295     G8III 27 0
7 V* EL Eri RS* 03 10 38.5116968160 -05 23 38.019335712   9.29 8.19   6.746 K0III 58 0
8 HD 22905 SB* 03 40 11.4365991600 -15 13 35.523662700   7.222 6.343     G8/K0III+(G) 27 0
9 * bet Ret SB* 03 44 11.9814420749 -64 48 24.890875477   4.968 3.833     K2-IIIb 109 0
10 V* YZ Men RS* 05 10 26.7502372080 -77 13 01.526708712   8.85 7.77   6.566 K1IIIp 46 0
11 * G Dor SB* 05 32 59.5689417 -64 13 39.063917   6.365 5.341     G8/K0III 57 0
12 V* V1197 Ori SB* 05 43 09.3188981064 -01 36 47.707171272   7.786 6.311     K4+III 58 0
13 HD 43821 SB* 06 18 40.3593841200 +09 02 49.812626868   7.092 6.225     K0 33 0
14 V* HR CMa EB* 06 32 46.8731198040 -11 09 58.987412460 8.12 7.35 6.24 5.49 5.01 G9III:Ba3.5 172 0
15 * 18 Mon SB* 06 47 51.6478856352 +02 24 43.835011128 6.62 5.58 4.47 3.68 3.13 K0+III 152 0
16 * tau Pup SB* 06 49 56.1684595 -50 36 52.443676   4.13 2.93     K1III 101 0
17 * gam CMi SB* 07 28 09.7942869528 +08 55 31.888128216 7.26 5.73 4.30 3.19 2.40 K3-IIIFe-0.5 101 0
18 * sig Pup SB* 07 29 13.8304917 -43 18 05.159662 6.54 4.77 3.25 2.04 1.12 K5III 126 0
19 V* V344 Pup RS* 07 36 13.8053448264 -44 57 27.454999500   7.95 6.89     K2III 50 0
20 NGC 2682 OpC 08 51 23 +11 48.8           ~ 2173 0
21 * 23 Hya SB* 09 16 41.7388732680 -06 21 11.319904476   6.413 5.230     K2/3III 54 0
22 V* IL Hya RS* 09 24 49.0136973144 -23 49 34.714396272   8.38 7.37     K2IV/Vp 164 0
23 HD 82674 SB* 09 33 19.9076925216 -07 11 24.727501644   7.435 6.250     K2III 34 0
24 * 10 Leo SB* 09 37 12.6793421832 +06 50 08.960833176   6.050 5.009     K1III 88 0
25 V* IN Vel RS* 09 37 12.9608447520 -42 01 14.490830892   10.26 9.08   7.767 K2IIIp 60 0
26 * lam Hya SB* 10 10 35.2885811545 -12 21 14.858923765 5.53 4.61 3.61 2.84 2.36 K0IIIbCN0.5 199 0
27 * phi Hya SB* 10 38 34.9476736488 -16 52 35.634671148   5.824 4.903     G8IIIb 81 0
28 HD 94363 SB* 10 53 24.9586881966 -02 15 18.610317119   7.043 6.117     G8III 66 0
29 HD 102928 SB* 11 51 02.2295090976 -05 19 59.993484060   6.676 5.622     K0+IIIb: 92 0
30 HD 112048 SB* 12 53 38.1266121432 -04 13 28.698804804   7.541 6.439     K1III 40 0
31 * del Mus SB* 13 02 16.2647362 -71 32 55.875239   4.80 3.62     K2III 64 0
32 * M Cen SB* 13 46 39.3777663 -51 25 57.953282   5.586 4.632     G8/K0III 34 0
33 V* DL Vir EB* 13 52 38.8080754200 -18 42 32.472530388   7.61 6.99     A2V+F6:III 95 1
34 HD 133461 SB* 15 04 10.7950264608 +14 45 28.857364992   10.18 8.96     K2III 33 0
35 V* GX Lib RS* 15 23 26.0566952568 -06 36 37.745079696   8.39 7.35     G8IVp 109 0
36 HD 145206 SB* 16 09 50.5038223560 -03 28 00.278812956   6.817 5.378     K4III 63 0
37 HD 147508 SB* 16 21 54.5188793568 +13 27 19.005062076   8.73 7.38     K2 25 0
38 HD 156731 SB* 17 18 39.7861362024 +16 17 00.093079176   9.48 8.00     K2 19 0
39 HD 158837 SB* 17 31 21.3359225688 +02 43 28.252026624   6.416 5.580     G8III+A/F 59 1
40 HD 162596 SB* 17 51 59.4448288488 -01 14 12.513908580   7.462 6.332     K0III 33 0
41 HD 162391 SB* 17 52 19.7613514968 -34 25 00.630446052   6.95 5.85     G8/K0III 42 0
42 HD 165141 RS* 18 07 00.2466690936 -48 14 50.204205744   8.10 7.10     K0II/IIIBa1+DA: 65 0
43 * ksi Pav SB* 18 23 13.6373235096 -61 29 38.082918192   5.834 4.367     K4III 57 0
44 * zet Sct SB* 18 23 39.5786582280 -08 56 04.151632668   5.619 4.664     G9-IIIbFe-0.5 76 0
45 HD 169689 EB* 18 25 38.7990783216 +08 01 55.225743564   6.545 5.665     G9II+B9V 102 0
46 * d Ser ** 18 27 12.50775 +00 11 45.9912           A0Vs+G:III 121 0
47 HD 172831 SB* 18 42 36.1201914432 -07 04 25.154710824   7.147 6.125     K1III 32 0
48 * 62 Ser SB* 18 55 27.4611718968 +06 36 55.083689100   6.604 5.566     G9III 65 0
49 * eps Aql SB* 18 59 37.3563787320 +15 04 05.811749256 6.14 5.10 4.02 3.26 2.74 K1-IIICN0.5 184 0
50 HD 178717 SB* 19 09 22.0095424584 +10 14 28.239748008   9.05 7.14     K3.5III:Ba4+ 110 0
51 * psi Sgr SB* 19 15 32.4265759 -25 15 24.056854   5.41 4.86     K0/1III+A/F 86 0
52 * f Aql SB* 19 20 32.9062014840 -05 24 56.764910088   5.927 4.990     G8/K0IV 118 0
53 V* V4138 Sgr RS* 19 22 40.3015654608 -20 38 34.472405976   7.76 6.74     K2IIICNVp 81 0
54 V* V4139 Sgr RS* 19 28 05.5712761008 -40 50 04.982000136   9.61 8.445   7.134 K2/3III 44 0
55 HD 185510 RS* 19 39 38.8187091672 -06 03 49.460337108   9.44 8.235   6.967 K0III+sdB 105 0
56 HD 188981 SB* 19 58 56.4277645440 -30 32 18.202502148   7.341 6.280     K1III 26 0
57 HD 194184 SB* 20 25 47.9268395760 -40 47 46.265427528   7.459 6.080     K3III 20 0
58 * l Aql SB* 20 38 20.2844885280 -01 06 18.422101548 5.98 5.29 4.33 3.66 3.20 G7.5IIIa 89 0
59 V* BN Mic RS* 21 14 52.7023490616 -31 11 01.259492244   8.87 7.76   6.662 K1IIIp 49 0
60 * alf Equ SB* 21 15 49.4319197 +05 14 52.243012   4.446 3.933     G6IV+B9.5V 146 0
61 V* BH Ind RS* 21 28 19.8820748232 -52 49 14.558513196   10.16 9.12   7.723 K1IIICNIVp 42 0
62 V* AS Cap RS* 21 34 16.5711987408 -13 29 01.488208524   8.75 7.69   6.658 K0IIIp 69 0
63 * nu. Oct SB* 21 41 28.5420355132 -77 23 24.031541832   4.745 3.728 5.46   K1III 116 1
64 * alf Tuc SB* 22 18 30.0947834 -60 15 34.526307 5.75 4.18 2.82 1.76 1.02 K3III 126 0
65 HD 213428 SB* 22 31 18.4181515080 -02 54 40.554262476   7.241 6.139     K0III 25 0
66 V* AZ Psc RS* 22 58 52.9208004120 -00 18 57.378808512   8.44       K0III 50 0
67 * iot Gru SB* 23 10 21.5375522 -45 14 48.164650   4.877 3.877     K1III 74 0
68 HD 223617 SB* 23 51 06.7978031736 +02 14 16.261946844   8.107 6.925     G8/K0Iab/b 61 0
69 NGC 7789 OpC 23 57 +57.   7.68 6.7     ~ 481 0

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2022.05.24-04:48:15

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