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HATS-31B THROUGH HATS-35B: FIVE TRANSITING HOT JUPITERS DISCOVERED by the HATSOUTH SURVEY

Authors :
Val-Borro, MD
Bakos, G
Brahm, R
Hartman, JD
Espinoza, N
Penev, K
Ciceri, S
Jordán, A
Bhatti, W
Csubry, Z
Bayliss, D
Bento, J
Zhou, G
Rabus, M
Mancini, L
Henning, T
Schmidt, B
Tan, TG
Tinney, CG
Wright, DJ
Kedziora-Chudczer, L
Bailey, J
Suc, V
Durkan, S
Lázár, J
Papp, I
Sári, P
Val-Borro, MD
Bakos, G
Brahm, R
Hartman, JD
Espinoza, N
Penev, K
Ciceri, S
Jordán, A
Bhatti, W
Csubry, Z
Bayliss, D
Bento, J
Zhou, G
Rabus, M
Mancini, L
Henning, T
Schmidt, B
Tan, TG
Tinney, CG
Wright, DJ
Kedziora-Chudczer, L
Bailey, J
Suc, V
Durkan, S
Lázár, J
Papp, I
Sári, P
Publication Year :
2016

Abstract

We report the discovery of five new transiting hot-Jupiter planets discovered by the HATSouth survey, HATS-31b through HATS-35b. These planets orbit moderately bright stars with V magnitudes within the range of - mag while the planets span a range of masses of 0.881.22 MJand have somewhat inflated radii between and . These planets can be classified as typical hot Jupiters, with HATS-31b and HATS-35b being moderately inflated gas giant planets with radii of and 1.64 ±0.22 RJ-1.464+0.069-0.44, respectively, that can be used to constrain inflation mechanisms. All five systems present a higher Bayesian evidence for a fixed-circular-orbit model than for an eccentric orbit. The orbital periods range from 1.8209993 ±0.0000016 day for HATS-35b) to 3.377960 ± 0.000012 day for HATS-31b. Additionally, HATS-35b orbits a relatively young F star with an age of 2.13 ±0.51Gyr. We discuss the analysis to derive the properties of these systems and compare them in the context of the sample of well-characterized transiting hot Jupiters known to date.

Details

Database :
OAIster
Publication Type :
Electronic Resource
Accession number :
edsoai.on1274124621
Document Type :
Electronic Resource