2008ApJ...682.1234B

Query : 2008ApJ...682.1234B

2008ApJ...682.1234B - Astrophys. J., 682, 1234-1247 (2008/August-1)

Beyond the iron peak: r- and s-process elemental abundances in stars with planets.

BOND J.C., LAURETTA D.S., TINNEY C.G., BUTLER R.P., MARCY G.W., JONES H.R.A., CARTER B.D., O'TOOLE S.J. and BAILEY J.

Abstract (from CDS):

We present elemental abundances of 118 stars (28 of which are known extrasolar planetary host stars) observed as part of the Anglo-Australian Planet Search. Abundances of O, Mg, Cr, Y, Zr, Ba, Nd, and Eu (along with previously published abundances for C and Si) are presented. This study is one of the first to specifically examine planetary host stars for the heavy elements produced by neutron capture reactions. We find that the abundances in host stars are chemically different from both the standard solar abundances and the abundances in non-host stars in all elements studied, with enrichments over non-host stars ranging from 0.06 dex (for O) to 0.11 dex (for Cr and Y). Such abundance trends are in agreement with other previous studies of field stars and lead us to conclude that the chemical anomalies observed in planetary host stars are the result of normal galactic chemical evolution processes. Based on this observation, we conclude that the observed chemical traits of planetary host stars are primordial in origin, coming from the original nebula and not from a ``pollution'' process occurring during or after formation, and that planet formation occurs naturally with the evolution of stellar material.

Abstract Copyright: ∼

Journal keyword(s): Stars: Planetary Systems - Stars: Abundances - Stars: Chemically Peculiar

Simbad objects: 118

goto Full paper

goto View the references in ADS

Number of rows : 118
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 * zet Tuc PM* 00 20 04.2586334956 -64 52 29.257190108 4.82 4.80 4.23 3.73 3.40 F9.5V 415 0
2 HD 2039 PM* 00 24 20.2778342016 -56 39 00.179564220   9.65 8.99     G2/3IV/V 121 1
3 HD 3823 PM* 00 40 25.6698671445 -59 27 16.566549816   6.44 5.90     G0VFe-0.9CH-0.4 184 0
4 HD 4308 PM* 00 44 39.2672095011 -65 38 58.277728125 7.31 7.193 6.552     G6VFe-0.9 267 1
5 * nu. Phe PM* 01 15 11.1214282378 -45 31 53.992580679 5.65 5.54 4.96 4.47 4.11 F9VFe+0.4 281 0
6 HD 9280 * 01 31 13.9462702800 -10 53 47.543647236   8.75 8.04     G6V 54 0
7 HD 10180 * 01 37 53.5772394024 -60 30 41.482108548   7.95 7.32     G1V 218 2
8 * q01 Eri PM* 01 42 29.3145176952 -53 44 26.991453264   6.05 5.52     F9V 368 1
9 HD 11112 ** 01 48 20.5832663281 -41 29 42.236638027   7.78 7.13     G3V 99 0
10 HD 12387 PM* 02 00 32.1252087532 -40 43 52.490527468   8.02 7.36     G5VFe-0.8CH-0.7 124 0
11 HD 13445 PM* 02 10 25.9181700303 -50 49 25.465181208   6.945 6.117     K1.5V 484 1
12 * iot Hor PM* 02 42 33.4666679022 -50 48 01.055138166   5.97 5.40     F8V 446 1
13 HD 18709 PM* 02 58 59.0698060992 -43 44 53.985407964   7.98 7.39     G0VFe-0.4 60 0
14 HD 19632 PM* 03 08 52.4454834768 -24 53 15.534765600   7.97 7.28     G5V 88 0
15 HD 20201 PM* 03 12 54.3788750208 -47 09 18.839860596   7.87 7.28     F9.5V 66 0
16 * zet01 Ret PM* 03 17 46.1634549490 -62 34 31.152456644 6.24 6.18 5.54 5.00 4.66 G2.5VHdel1 324 0
17 * zet02 Ret ** 03 18 12.8188824117 -62 30 22.904711032   5.814 5.228     G1V 399 0
18 * e Eri PM* 03 19 55.6509122226 -43 04 11.215188426 5.20 4.98 4.27 3.65 3.25 G6V 501 1
19 HD 20782 PM* 03 20 03.5777546706 -28 51 14.660358176   8.03 7.38     G1.5V 240 1
20 HD 23079 PM* 03 39 43.0959995592 -52 54 57.017412036   7.68 7.11     F9.5V 190 1
21 HD 30177 PM* 04 41 54.3737734560 -58 01 14.727688572   9.18 8.37     G8V 152 1
22 HD 30295 PM* 04 42 19.9767596688 -61 37 14.492749008   9.60 8.83     K0/1V 50 0
23 HD 31827 PM* 04 56 18.3105842424 -51 02 51.049567320   9.03 8.24     G8IV 44 0
24 HD 33811 PM* 05 10 43.1011247232 -44 34 18.415665804   9.48 8.71     G8IV/V 69 0
25 HD 36108 PM* 05 28 21.0287271720 -22 26 02.124115872   7.36 6.78     F9V 94 0
26 HD 38283 PM* 05 37 02.0168219808 -73 41 57.645205440   7.26 6.696   8.35 F9.5V 98 1
27 * pi. Men PM* 05 37 09.8868446714 -80 28 08.834553264   6.25 5.67     G0V 390 1
28 HD 38382 * 05 44 28.3954021848 -20 07 35.661845280   6.898 6.341     F8.5V 107 0
29 HD 38973 PM* 05 46 27.9903916200 -53 13 09.566491080   7.22 6.63     G0V 96 0
30 * alf Men PM* 06 10 14.4725823672 -74 45 10.958331816   5.798 5.069     G7V 306 0
31 HD 42902 PM* 06 11 14.0051975616 -44 13 28.325668332   9.52 8.89     G2/3V 39 0
32 HD 44120 PM* 06 16 18.7856158311 -59 12 48.609682671   7.02 6.43     F9.5V 120 0
33 HD 44594 PM* 06 20 06.1348101266 -48 44 27.926056127 7.46 7.263 6.608     G2Va 188 0
34 HD 45289 PM* 06 24 24.3502565548 -42 50 51.065558426   7.35 6.67     G2V 159 0
35 HD 45701 SB* 06 24 26.6002796856 -63 25 44.439432744   7.12 6.46     G1V 121 0
36 HD 52447 * 06 57 26.3788966656 -60 51 05.128337268   8.98 8.39     G0V 51 0
37 HD 53705 PM* 07 03 57.3152216292 -43 36 28.925859669   5.94 5.28 5.05 4.71 G1.5V 219 0
38 HD 53706 PM* 07 03 58.9212523543 -43 36 40.873487765 7.978 7.632 6.851 6.427 6.013 K0.5V 148 0
39 HD 55720 PM* 07 11 31.6674204568 -49 25 27.136633751   8.24 7.47     G8V 88 0
40 HD 59468 PM* 07 27 25.4642316432 -51 24 09.361548180 7.689 7.428 6.714 6.33 5.976 G6.5V 151 0
41 HD 69655 PM* 08 15 25.2141411768 -52 03 37.073800152   7.190 6.619     G1V 90 0
42 HD 70642 PM* 08 21 28.1368486179 -39 42 19.484303527   7.89 7.18     G6VCN+0.5 190 1
43 HD 72769 PM* 08 33 45.7057530813 -23 21 19.970042863   7.95 7.21     G8IV-V 103 0
44 HD 73121 PM* 08 35 12.5372164248 -39 58 13.621922472   7.007 6.431     F9.5V 97 0
45 HD 73526 PM* 08 37 16.4833548528 -41 19 08.790456324   9.69 9.00     G6V 206 2
46 HD 73524 PM* 08 37 19.9928801266 -40 08 51.599735729 7.29 7.15 6.55     G0Vp 153 0
47 HD 75289 PM* 08 47 40.3893739728 -41 44 12.455319264 7.04 6.94 6.36     F9VFe+0.3 295 1
48 HD 78429 PM* 09 06 38.8310026968 -43 29 31.119230904   7.93 7.33     G2V 146 0
49 HD 80635 * 09 20 27.4762606464 -17 25 28.903098468   9.48 8.78     G3IV 34 0
50 HD 82082 SB* 09 27 31.6351777512 -58 05 40.419251700   7.79 7.19     G2V 54 0
51 HD 83443 PM* 09 37 11.8275201048 -43 16 19.933774320   9.03 8.24     K0/1V+G(III) 250 1
52 HD 83529 PM* 09 37 28.6578195336 -49 59 27.362455944   7.69 7.04     G3V 100 0
53 HD 86819 PM* 10 00 05.9177225736 -36 02 35.643555060   7.95 7.36     G1V 59 0
54 HD 88742 PM* 10 13 24.7290968722 -33 01 54.194829479 7.06 6.97 6.38     G0V 167 0
55 HD 92987 * 10 43 36.2780714160 -39 03 30.554528796   7.66 7.02     G2/3V 77 0
56 HD 93385 PM* 10 46 15.1159237824 -41 27 51.728719932   8.08 7.486 7.61 8.82 G2/3V 110 1
57 HD 96423 PM* 11 06 19.7446310712 -44 22 23.941868664   7.92 7.23     G5V 125 0
58 HD 102117 PM* 11 44 50.4608641248 -58 42 13.357947852   8.20 7.45     G6V 137 1
59 HD 102365 PM* 11 46 31.0725331317 -40 30 01.285867174 5.65 5.55 4.88 4.35 3.97 G2V 378 1
60 HD 105328 PM* 12 07 39.0393163200 -23 58 33.149448912   7.32 6.71     G0V 62 0
61 HD 106453 PM* 12 14 42.1160978184 -24 46 30.650108952   8.18 7.46     K1V 61 0
62 HD 107692 PM* 12 22 44.8074770121 -39 10 39.654601232   7.35 6.71 7.635   G1.5V 64 0
63 HD 108147 PM* 12 25 46.2673666032 -64 01 19.516186956   7.532 6.994     F8/G0V 195 1
64 HD 108309 PM* 12 26 48.1417421363 -48 54 47.499505755   6.94 6.26     G2V 179 0
65 HD 114613 PM* 13 12 03.1842958709 -37 48 10.879928463 5.86 5.55 4.85 4.28 3.92 G3V 231 0
66 HD 114853 PM* 13 13 52.2256885584 -45 11 08.884868676 7.681 7.583 6.940 6.559 6.226 G1.5V 127 0
67 HD 117618 PM* 13 32 25.5556238328 -47 16 16.913213976   7.77 7.17     G0V 144 1
68 HD 122862 PM* 14 08 27.1634462357 -74 51 01.032946287   6.60 6.02     F9.5V 130 0
69 * alf Cen A SB* 14 39 36.49400 -60 50 02.3737 0.96 0.72 0.01     G2V 1352 1
70 HD 134330 PM* 15 10 43.2147341328 -43 43 00.894859320   8.28 7.59     G6V 68 0
71 HD 134060 PM* 15 10 44.7430146168 -61 25 20.360681976   6.91 6.285 6.16 8.68 G0VFe+0.4 153 1
72 * 23 Lib PM* 15 13 28.6669233518 -25 18 33.653388418   7.168 6.46 6.43   G6IV-V 332 1
73 HD 140901 PM* 15 47 29.1010163043 -37 54 58.722921986   6.73 6.01     G7IV 223 0
74 HD 142415 PM* 15 57 40.7919331560 -60 12 00.922058568   7.94 7.34     G1V 127 1
75 HD 143114 PM* 15 59 38.2680735360 -29 37 57.205518456   7.94 7.33     G0+V 101 0
76 CD-29 12513B PM* 16 24 39.7581469728 -29 42 12.309749820   7.14 6.53     G0V 46 0
77 HD 154857 PM* 17 11 15.7220463696 -56 40 50.871194796   7.93 7.24     G5V 110 1
78 HD 155974 PM* 17 16 21.6025357545 -35 45 01.073726326   6.60 6.12     F5.5V 85 0
79 * mu. Ara PM* 17 44 08.7031414872 -51 50 02.591603160   5.85 5.15     G3IV-V 578 2
80 HD 161612 PM* 17 47 57.5496960470 -34 01 07.948899796   7.91 7.20     G8V 131 0
81 HD 164427 SB* 18 04 42.5969086224 -59 12 34.469434044   7.50 6.89     G0+V 68 0
82 HD 177565 PM* 19 06 52.4643890878 -37 48 38.373405467   6.88 6.16     G6V 199 0
83 HD 179949 BY* 19 15 33.2300695008 -24 10 45.671448072   6.772 6.237     F8V 435 1
84 HD 183877 PM* 19 32 40.3321897451 -28 01 11.310045098   7.83 7.15     G8VFe-1CH-0.5 107 0
85 HD 187085 PM* 19 49 33.9666332064 -37 46 49.973441628   7.78 7.21     G0V 110 1
86 HD 189567 PM* 20 05 32.7654888837 -67 19 15.226124354 6.79 6.71 6.07     G2V 259 1
87 HD 193193 PM* 20 19 45.1837501128 -25 13 42.969275544   9.030 8.571     G2V 99 0
88 HD 192865 PM* 20 21 35.6656237584 -67 18 46.237204044   7.45 6.91     F8V 68 0
89 HD 193307 PM* 20 21 41.0365243245 -49 59 57.900101995   6.82 6.28     F9V 132 0
90 HD 194640 PM* 20 27 44.2430551737 -30 52 04.244023567   7.35 6.62     G8V 124 0
91 HD 196050 PM* 20 37 51.7098518376 -60 38 04.145969904   8.16 7.49   9.01 G3V 174 1
92 HD 196800 PM* 20 40 22.3333499453 -24 07 04.900463535   7.82 7.23     G1/2V 99 0
93 HD 196068 PM* 20 41 45.5181094440 -75 20 47.046574500   7.85 7.21     G1V 65 0
94 HD 199288 PM* 20 57 40.0687221764 -44 07 45.733001992   7.11 6.52     G2VFe-1.0 209 0
95 HD 199190 PM* 21 00 05.7955220935 -69 34 45.961094874   7.49 6.87     G1IV-V 115 0
96 HD 199509 PM* 21 09 20.7275821080 -82 01 38.108770284 7.665 7.613 6.995 6.652 6.298 G1V 73 0
97 HD 202628 PM* 21 18 27.2696247000 -43 20 04.743062448   7.39 6.742     G5V 208 0
98 HD 204385 PM* 21 30 47.9297396736 -62 10 03.372828312   7.74 7.15     G0VCH-0.3 90 0
99 HD 205536 PM* 21 40 29.7739880928 -74 04 27.411648996   7.82 7.07     G9V 114 0
100 HD 207700 PM* 21 54 45.2038393740 -73 26 18.543103138   8.12 7.43     G4V 109 0
101 HD 208487 PM* 21 57 19.8476861856 -37 45 49.045448556   8.02 7.47     G1/3(V) 138 1
102 HD 208998 PM* 22 01 36.5232180120 -53 05 36.882266969   7.68 7.14     G0V 110 0
103 HD 209653 PM* 22 07 29.9567181408 -68 01 24.548146716   7.57 6.98     G0V 65 0
104 HD 210918 PM* 22 14 38.6528791223 -41 22 53.994495360 7.02 6.88 6.23     G2V 217 0
105 HD 211317 PM* 22 18 49.6594670616 -68 18 47.144355984   7.90 7.25     G5III/IV 70 0
106 HD 212330 SB* 22 24 56.3686693520 -57 47 50.841196599 6.09 5.96 5.31 4.79 4.40 G2IV-V 159 0
107 HD 212168 PM* 22 25 51.1550444400 -75 00 56.476290528   6.711 6.119     G0V 89 0
108 HD 212708 PM* 22 27 24.6881595693 -49 21 57.400566188   8.21 7.48     G6IV 113 0
109 HD 213240 PM* 22 31 00.3663354672 -49 25 59.768968116   7.41 6.80     G0/1V 195 1
110 HD 214759 PM* 22 40 55.1705251805 -31 59 24.214214008   8.19 7.39     K0IV-V 117 0
111 HD 214953 PM* 22 42 36.8833459086 -47 12 38.925760753 6.64 6.67 6.06 7.11   F9.5V 162 0
112 * tau01 Gru PM* 22 53 37.9323502176 -48 35 53.823928380 6.85 6.66 6.04     G0V 223 1
113 * rho Ind PM* 22 54 39.4819393536 -70 04 25.352060772 6.95 6.71 6.05     G1VFe+0.3 207 1
114 HD 217958 PM* 23 04 32.8707247560 -25 41 27.994731468   8.73 8.05     G3V 72 0
115 HD 219077 PM* 23 14 06.5877117106 -62 42 00.008075788   6.91 6.12     G8V+ 127 1
116 HD 220507 PM* 23 24 42.1153260048 -52 42 06.759585936   8.28 7.58     G5V 121 0
117 HD 221420 * 23 33 19.5789042168 -77 23 07.194545808   6.488 5.806     G2IV-V 133 0
118 HD 223171 PM* 23 47 20.8269371470 -48 16 32.109186871   7.54 6.88     G2V 112 1

To bookmark this query, right click on this link: simbad:objects in 2008ApJ...682.1234B and select 'bookmark this link' or equivalent in the popup menu