2019A&A...621A..87B


C.D.S. - SIMBAD4 rel 1.7 - 2021.06.21CEST10:18:06

2019A&A...621A..87B - Astronomy and Astrophysics, volume 621A, 87-87 (2019/1-1)

Extrasolar planets and brown dwarfs around AF-type stars. X. The SOPHIE sample: combining the SOPHIE and HARPS surveys to compute the close giant planet mass-period distribution around AF-type stars.

BORGNIET S., LAGRANGE A.-M., MEUNIER N., GALLAND F., ARNOLD L., ASTUDILLO-DEFRU N., BEUZIT J.-L., BOISSE I., BONFILS X., BOUCHY F., DEBONDT K., DELEUIL M., DELFOSSE X., DESORT M., DIAZ R.F., EGGENBERGER A., EHRENREICH D., FORVEILLE T., HEBRARD G., LOEILLET B., LOVIS C., MONTAGNIER G., MOUTOU C., PEPE F., PERRIER C., PONT F., QUELOZ D., SANTERNE A., SANTOS N.C., SEGRANSAN D., DA SILVA R., SIVAN J.P., UDRY S. and VIDAL-MADJAR A.

Abstract (from CDS):


Context. The impact of stellar mass on the properties of giant planets is still not fully understood. Main-sequence (MS) stars more massive than the Sun remain relatively unexplored in radial velocity (RV) surveys, due to their characteristics which hinder classical RV measurements.
Aims. Our aim is to characterize the close (up to ∼2au) giant planet (GP) and brown dwarf (BD) population around AF MS stars and compare this population to stars with different masses.
Methods. We used the SOPHIE spectrograph located on the 1.93m telescope at Observatoire de Haute-Provence to observe 125 northern, MS AF dwarfs. We used our dedicated SAFIR software to compute the RV and other spectroscopic observables. We characterized the detected substellar companions and computed the GP and BD occurrence rates combining the present SOPHIE survey and a similar HARPS survey.
Results. We present new data on two known planetary systems around the F5-6V dwarfs HD 16232 and HD 113337. For the latter, we report an additional RV variation that might be induced by a second GP on a wider orbit. We also report the detection of 15 binaries or massive substellar companions with high-amplitude RV variations or long-term RV trends. Based on 225 targets observed with SOPHIE and/or HARPS, we constrain the BD frequency within 2-3au around AF stars to be below 4% (1σ). For Jupiter-mass GPs within 2-3au (periods ≤103-days), we find the occurrence rate to be 3.7–1+3% around AF stars with masses <1.5M, and to be ≤6% (1σ) around AF stars with masses >1.5M. For periods shorter than 10 days, we find the GP occurrence rate to be below 3 and 4.5% (1σ), respectively. Our results are compatible with the GP frequency reported around FGK dwarfs and are compatible with a possible increase in GP orbital periods with stellar mass as predicted by formation models.

Abstract Copyright: © ESO 2019

Journal keyword(s): techniques: radial velocities - stars: early-type - planetary systems - stars: variables: general

Simbad objects: 138

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Number of rows : 138

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 HD 400 PM* 00 08 40.9385088178 +36 37 37.648934145       5.9   F8IV 156 0
2 * sig And ** 00 18 19.6574549 +36 47 06.810654 4.64 4.57 4.52 4.44 4.44 A2V 138 0
3 HD 3268 PM* 00 35 54.8016116423 +13 12 25.449821062   6.93   6.0   F7V 93 0
4 HD 3440 PM* 00 39 47.2481631243 +82 29 37.547525748   6.935 6.389     F9V 53 0
5 * 26 Cet PM* 01 03 49.0281058400 +01 22 00.649907792   6.318 6.065     A8IV 56 0
6 * tet Cas PM* 01 11 06.1622468 +55 08 59.647259 4.630 4.510 4.330 4.16 4.09 A7V 189 0
7 HD 7193 PM* 01 12 19.1498679625 +12 16 54.555291848   7.37 6.88     F5 35 0
8 * rho Psc V* 01 26 15.2627036850 +19 10 20.454593575   5.718 5.344     F2V 109 0
9 * 47 Cet * 01 26 51.5650355121 -13 03 23.437371213   5.808 5.505     F0.5V 77 0
10 HD 8907 PM* 01 28 34.3602968986 +42 16 03.688888803   7.15 6.66     F8 81 0
11 HD 9780 PM* 01 35 54.7564294939 +17 26 01.830443766 6.260 6.170   5.8   F0IV 41 0
12 HD 10453 ** 01 41 44.83264 -11 19 28.8186       6.96   F5V 75 0
13 * lam Ari PM* 01 57 55.7164654 +23 35 45.829535   5.053 4.766     F0V 98 0
14 * 48 Cas SB* 02 01 57.45035 +70 54 25.2902 4.76 4.70 4.54 4.36 4.28 A3Va 154 0
15 * eta Ari PM* 02 12 48.0856782200 +21 12 39.577562642       5.0   F5V 178 0
16 * 30 Ari B PM* 02 36 57.7448892346 +24 38 53.002647458   7.59 7.09     F6V 125 1
17 * 30 Ari Bb Pl 02 36 57.7448892346 +24 38 53.002647458           ~ 16 1
18 * 84 Cet ** 02 41 13.99720 -00 41 44.3845   6.23 5.71     F7V 101 0
19 * tet Per PM* 02 44 11.9870420 +49 13 42.411120 4.62 4.62 4.11 3.67 3.37 F8V 388 0
20 HD 17948 PM* 02 55 56.9207493120 +61 31 16.097176885   6.001 5.584     F5V 88 0
21 * 47 Ari PM* 02 58 05.2213180567 +20 40 07.437303565   6.230   5.6   F0V(e) 175 0
22 * zet Eri SB* 03 15 50.0253691484 -08 49 11.026245623 5.11 5.03 4.80 4.59 4.47 kA4hA9mA9V 140 0
23 * 14 Eri * 03 16 35.7543908681 -09 09 16.331828697   6.542 6.143     F5VFe-0.7CH-0.5 53 0
24 * l Per PM* 03 21 26.5572313250 +43 19 46.741405350   5.006 4.946     A3V 67 0
25 * nu. Tau * 04 03 09.3796630 +05 59 21.479166   3.924 3.883     A0.5Va 119 0
26 HD 25621 PM* 04 04 09.8753736361 +02 49 37.022713090   5.86   5.0   F6V 126 0
27 * del02 Tau PM* 04 24 05.7612291035 +17 26 38.877118086 5.07 4.95 4.80 4.64 4.57 A2Vs 221 0
28 * kap01 Tau PM* 04 25 22.1650526 +22 17 37.937535   4.366 4.201     A7IV-V 168 0
29 * kap02 Tau dS* 04 25 25.0168077862 +22 12 00.005843814   5.544 5.264     F0Vn 126 0
30 * del03 Tau a2* 04 25 29.38340 +17 55 40.4579   4.369 4.298 6.18 4.24 A2IV-Vs 385 0
31 * b Tau PM* 04 28 50.1638027833 +13 02 51.375403335   5.226 5.014 4.907 4.795 kA5hF0VmF0 178 0
32 * sig02 Tau PM* 04 39 16.5023050 +15 55 04.702951   4.842 4.665     A5Vn 130 0
33 HD 31662 ** 05 01 36.04331 +61 04 40.7858           F4V 47 0
34 HD 31675 PM* 05 02 50.4378677407 +66 49 22.703601944   6.67   5.9   F6V: 40 0
35 HD 33608 PM* 05 11 19.1762022726 -02 29 26.814981908   6.346 5.892     F5V 124 0
36 * 71 Ori PM* 06 14 50.8755168504 +19 09 23.210642162   5.64   4.9   F5.5IV-V 166 0
37 HD 43318 PM* 06 15 34.2651080690 -00 30 43.872371701   6.15 5.65     F5V 169 0
38 * k Ori PM* 06 16 26.6187785712 +12 16 19.790924635   5.46   4.8   F5V 130 0
39 * ksi Gem PM* 06 45 17.3643205 +12 53 44.131127 3.85 3.79 3.36 2.97 2.74 F5IV-V 206 0
40 HD 58461 PM* 07 25 08.3154665325 -13 45 07.118980946   6.20 5.78     F5VFe-0.8CH-0.5 84 0
41 * rho Gem PM* 07 29 06.71887 +31 47 04.3773 4.48 4.50 4.18 3.86 3.67 F1V 317 0
42 * 22 Lyn PM* 07 29 55.9568245403 +49 40 20.861583932   5.802 5.357     F6V 126 0
43 HD 60532 PM* 07 34 03.1802404179 -22 17 45.838378187 5.02 4.94 4.39     F6IV-V 207 1
44 HD 60532b Pl 07 34 03.1802404179 -22 17 45.838378187           ~ 20 1
45 HD 63332 PM* 07 51 05.7112483642 +54 07 45.272686523   6.493 6.020     F6V 60 0
46 * chi Cnc PM* 08 20 03.8606964664 +27 13 03.746404123   5.61   4.8   F6V 287 0
47 * 30 Lyn PM* 08 20 26.0596402500 +57 44 35.807011824   6.272 5.877     F4V 57 0
48 HD 70313 PM* 08 23 48.5018769213 +53 13 10.970365333 5.760 5.660 5.540   5.38 A3Va 67 0
49 * 5 LMi PM* 08 50 32.2225492041 +33 17 06.200101841   6.738 6.210     F7Vs 150 0
50 HD 75616 * 08 53 06.0954749924 +52 23 24.824704420   7.41 6.99     F5 46 0
51 * sig02 Cnc PM* 08 56 56.5977168619 +32 54 37.544676600   5.593 5.436   5.26 A7IV 49 0
52 * omi02 Cnc PM* 08 57 35.1992681095 +15 34 52.629804434   5.892 5.677     F0IV 59 0
53 * iot UMa ** 08 59 12.45362 +48 02 30.5741 3.40 3.33 3.14 2.92 2.85 A6 286 0
54 * sig02 UMa ** 09 10 23.54597 +67 08 02.4642   5.29 4.80     F7V 159 0
55 * e UMa dS* 09 16 11.3275757272 +54 01 18.687827265   4.995 4.805   4.58 A6V 133 0
56 * 37 Lyn PM* 09 20 43.7609262731 +51 15 57.831874764 6.470 6.530 6.110     F3V 46 0
57 * tet UMa PM* 09 32 51.4338939 +51 40 38.281102 3.67 3.64 3.18 2.74 2.47 F7V 392 0
58 * 40 Leo dS* 10 19 44.1668778 +19 28 15.294314   5.24   4.5   F6IV-V 253 0
59 * 30 LMi Pe* 10 25 54.8153485 +33 47 46.030956   4.978 4.718     F0VmF3/4 142 0
60 HD 90470 PM* 10 27 28.0440421066 +41 36 03.572871075   6.147 6.007     A3V 38 0
61 HD 91312 SB* 10 33 13.8923916117 +40 25 31.944137794   4.921 4.715     A7IV 89 0
62 * bet UMa PM* 11 01 50.4765370 +56 22 56.733912 2.35 2.35 2.37 2.31 2.35 A1IVps 414 1
63 HD 97855 PM* 11 16 04.0347215547 +52 46 23.386381656       6.2   F6VgF6mF3 90 0
64 HD 99747 PM* 11 29 04.5630861273 +61 46 42.120902491   6.19   5.6   F5VkF0mA9 112 0
65 * bet Leo dS* 11 49 03.57834 +14 34 19.4090 2.30 2.22 2.13 2.08 2.06 A3Va 551 0
66 * bet Vir PM* 11 50 41.7182390 +01 45 52.991019 4.26 4.15 3.60 3.13 2.85 F9V 870 0
67 * del UMa PM* 12 15 25.5606327 +57 01 57.415606 3.460 3.410 3.320 3.25 3.25 A2Vn 283 0
68 HD 107113 PM* 12 16 51.3385999930 +86 26 08.951212292   6.76   6.1   F4V 80 0
69 HD 109141 PM* 12 32 35.9986470512 -13 51 32.779935384   6.094 5.726     F2V(n) 44 0
70 HD 111270 * 12 47 18.9516639685 +62 46 52.153747524 6.190 6.090 5.890     A9V 36 0
71 HD 111998b Pl 12 53 11.1564265214 -03 33 11.148154533           ~ 3 0
72 * 38 Vir ** 12 53 11.1564265214 -03 33 11.148154533   6.61 6.11     F6V 80 0
73 HD 113337b Pl 13 01 46.9272298588 +63 36 36.795768085           ~ 8 0
74 HD 113337 PM* 13 01 46.9272298588 +63 36 36.795768085       5.8   F6V 90 1
75 HD 113337c Pl? 13 01 46.9272298588 +63 36 36.795768085           ~ 4 0
76 HD 115810 * 13 19 04.2512480120 +35 07 40.731003186   6.26 6.02     A7IV 49 1
77 * 24 CVn PM* 13 34 27.2592843 +49 00 57.506529   4.82 4.70     A4V 98 0
78 HD 119992 PM* 13 45 13.2128099620 +55 52 45.649671184   6.97   6.2   F7IV-V 54 0
79 HD 121164 ** 13 53 10.2817648440 +28 38 53.275686377   6.102 5.909     A8IV 59 0
80 HD 121560 PM* 13 55 49.9935929209 +14 03 23.410983657   6.66   5.9   F6V 127 0
81 * kap02 Boo dS* 14 13 29.0092522950 +51 47 23.877557568   4.74 4.51     A7IV 147 0
82 HD 125040 ** 14 16 32.84326 +20 07 18.6591           F8V 66 0
83 * 18 Boo PM* 14 19 16.2796600897 +13 00 15.485871376   5.788 5.396     F5IV 151 0
84 HD 126141 PM* 14 23 06.8215157252 +25 20 17.433611740       6.0   F5V 80 0
85 HD 129153 PM* 14 40 42.3930271047 +13 32 03.565518452   6.152 5.925     F0V 57 0
86 HD 130044 PM* 14 44 28.2151055136 +45 11 09.539304849   7.007 6.725     F0 25 0
87 HD 132254 PM* 14 56 23.0406690689 +49 37 42.416350556   6.13   5.3   F8-V 128 0
88 HD 132375 PM* 14 58 52.7815411240 -04 59 21.310466023   6.57 6.08 6.93   F7V 76 0
89 * c Boo PM* 15 07 18.0658711040 +24 52 09.095241798 5.34 5.36 4.93 4.53 4.32 F5V 343 0
90 HR 5715 ** 15 20 05.1514630620 +51 57 30.650963181   5.753 5.640   5.52 A4V 51 0
91 * mu.01 Boo ** 15 24 29.4311310088 +37 22 37.691927808       4.1   F0IV 188 0
92 HD 139389 PM* 15 36 53.4281632928 +29 59 28.260467945 6.780 6.860 6.460     F5V: 42 0
93 * gam Ser PM* 15 56 27.1826948 +15 39 41.820500 4.31 4.34 3.84 3.37 3.13 F6V 538 0
94 HD 143584 PM* 15 59 04.3961124834 +49 52 51.758454059   6.304 6.032     F0IV 62 0
95 HD 143177 PM* 15 59 14.7576303077 -08 43 07.363245244   9.57 9.10     G0 17 0
96 * eta UMi PM* 16 17 30.2693678247 +75 45 19.239359296   5.32   4.7   F5V 76 0
97 HD 147365 PM* 16 19 55.1421247380 +39 42 30.898680637 5.860 5.880 5.480     F4V 84 0
98 HD 149681 PM* 16 25 43.1864031698 +78 57 49.887080430 5.870 5.800   5.4   F0V 33 0
99 HD 152303 PM* 16 43 06.2900784041 +77 30 50.290149960 6.370 6.410   5.8   F4V 47 0
100 HD 154431 PM* 17 03 53.5777714746 +34 47 24.802267754 6.340 6.260 6.070     A6V 50 0
101 HD 156295 PM* 17 12 32.5810892862 +62 52 27.593572860   5.737 5.540     A7V 47 0
102 HD 159332 PM* 17 33 22.8243446706 +19 15 24.035756757   6.130 5.648     F4V 131 0
103 * psi01 Dra A SB* 17 41 56.0946323443 +72 08 55.903962586   4.98 4.55 4.3   F5IV-V 151 1
104 * psi01 Dra B PM* 17 41 58.1041581273 +72 09 24.836647212   6.04 5.53 5.2   F8V 135 0
105 * 36 Dra PM* 18 13 53.8327884671 +64 23 50.225272101   5.407 4.987 4.8   F5V 185 0
106 HD 184960 PM* 19 34 19.7897154364 +51 14 11.827779462   6.21   5.4   F7V 144 0
107 * tet Cyg PM* 19 36 26.5343563 +50 13 15.964573 4.83 4.86 4.48 4.13 3.92 F3+V 332 1
108 * ups Aql PM* 19 45 39.9473195457 +07 36 47.362634532 6.18 6.09 5.91     A3IV 57 0
109 * 17 Cyg PM* 19 46 25.5997765489 +33 43 39.342745085   5.46   4.7   F5.5IV-V 257 0
110 HD 191195 PM* 20 06 13.8459429259 +53 09 56.474060366   6.24   5.6   F5V 81 0
111 HD 192985 PM* 20 16 00.6155067537 +45 34 46.287745582   6.281 5.864     F5V: 85 0
112 * 36 Cyg * 20 18 28.6550999985 +36 59 59.290237546 5.64 5.64 5.58   5.51 A2V 68 0
113 * bet Del SB* 20 37 32.94130 +14 35 42.3195 4.16 4.07 3.63 3.23 2.99 F5IV 269 0
114 * 29 Vul PM* 20 38 31.3290367573 +21 12 04.376310503 4.73 4.80 4.82 4.79 4.83 A0Va(_sh) 120 0
115 HD 197373 PM* 20 40 17.8926153391 +60 30 18.951698575       5.7   F6IV 85 0
116 * 4 Cep * 20 43 11.0199854568 +66 39 26.806834733 5.880 5.810 5.600     A8V 51 0
117 V* BO Mic BY* 20 47 44.9892114361 -36 35 40.819135413   10.39 9.337   8.216 K3V(e) 170 0
118 * 15 Del PM* 20 49 37.7673480167 +12 32 42.456547015   6.421 5.991     F5V 84 0
119 * 16 Del ** 20 55 38.5695631986 +12 34 06.860917467 5.740 5.650 5.540     A5V 38 0
120 HD 204153 PM* 21 25 19.5489578466 +46 42 51.624183024   5.907 5.580 5.4   F0V 67 0
121 * 35 Vul * 21 27 40.0571342311 +27 36 30.932065572   5.421 5.379     A1VmA3 59 0
122 * 45 Cap ** 21 44 00.9646101455 -14 44 57.742890682   6.163 5.949     A7IV/V 46 0
123 * 16 Cep PM* 21 59 14.9658017099 +73 10 47.614771175       4.8   F5V 82 0
124 HD 210715 PM* 22 11 09.8925034794 +50 49 24.284430359   5.517 5.377     A5V 48 0
125 HD 211976 * 22 20 55.7976682554 +08 11 12.268074699   6.621 6.163     F5V 88 0
126 * 34 Peg SB* 22 26 37.3705884794 +04 23 37.605589572   6.37 5.81 5.4   F7V 142 0
127 * 9 Lac PM* 22 37 22.4172656 +51 32 42.438341 4.98 4.87 4.63 4.41 4.27 A9VkA7mA6 73 0
128 HD 215588 PM* 22 45 03.6302949063 +58 08 49.384193727       6.2   F5 40 0
129 * ksi Peg PM* 22 46 41.5811758 +12 10 22.385447 4.66 4.69 4.20 3.73 3.42 F6V 363 1
130 * sig Peg PM* 22 52 24.0744875405 +09 50 08.386917893   5.64   4.9   F6V 264 0
131 * del Aqr PM* 22 54 39.0114202204 -15 49 14.848081697 3.41 3.33 3.28 3.21 3.17 A3Vp 146 0
132 HD 218261 PM* 23 06 31.8856750675 +19 54 39.067828074   6.79   6.1   F6V 93 0
133 HD 218396 El* 23 07 28.7156905667 +21 08 03.302133882   6.21 5.953     F0+VkA5mA5 957 0
134 * 5 And PM* 23 07 45.3834054820 +49 17 44.789375207   6.14   5.4   F5V 155 0
135 HD 220974 PM* 23 27 16.6284600351 +70 21 35.216525042 5.880 5.760 5.600     A6IV 28 0
136 * iot Psc PM* 23 39 57.0413764 +05 37 34.647529 4.640 4.620 4.120 3.68 3.37 F7V 591 0
137 * lam Psc PM* 23 42 02.8061182 +01 46 48.148410 4.79 4.72 4.51 4.33 4.23 A7V 148 0
138 HD 223731 PM* 23 51 57.6353580086 +77 35 57.744686581   6.99   6.3   F5V 47 0

    Equat.    Gal    SGal    Ecl

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