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基于多普勒和凌星巡天的行星发生率(第二版)

Planet Occurrence from Doppler and transit surveys, 2nd ed

Joshua N. Winn, Erik Petigura

AI总结:

本文综述了20世纪90年代以来多普勒与凌星巡天,尤其是近年高精度光谱仪和空间望远镜助力下,所获取的类太阳恒星周围短周期行星发生率的相关研究进展。

摘要:

20世纪90年代之前,关于其他恒星周围行星发生率的推测仅基于行星形成理论、星周盘观测,以及至少一颗看似普通的恒星拥有四颗类地行星、两颗气态巨行星和两颗冰质巨行星的已知事实。此后,多普勒巡天和凌星巡天开始探索其他类太阳恒星周围的行星族群,尤其是轨道周期短于数年的行星。过去十年间,随着精度优于1 m/s的多普勒光谱仪,以及能够探测地球大小行星凌星现象的空间望远镜投入使用,这些巡天工作达到了新的高度。本文是对从这些巡天中获得的行星发生率相关知识的简要入门综述。

英文摘要:

Prior to the 1990s, speculations about the occurrence of planets around other stars were based only on planet formation theory, observations of circumstellar disks, and the knowledge that at least one seemingly ordinary star is the host of four terrestrial planets, two gas giants, and two ice giants. Since then, Doppler and transit surveys have been exploring the population of planets around other Sun-like stars, especially those with orbital periods shorter than a few years. Over the last decade, these surveys have risen to new heights with Doppler spectrographs with a precision better than 1 m/s precision, and space telescopes capable of detecting the transits of Earth-sized planets. This article is a brief introductory review of the knowledge of planet occurrence that has been gained from these surveys.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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