宜居系外行星观测站（HabEx）任务概念研究中期报告
天体物理仪器与方法
2018-09-27 v1
摘要
在人类历史上，技术首次成熟到足以支撑一项能够发现并表征围绕类太阳恒星（非太阳）运行的类地宜居行星的任务。同时，这样的平台将实现地基设施无法完成的独特科学。该科学广泛而令人振奋，从对我们自身太阳系的新探究到全方位的天体物理学学科。宜居系外行星观测站（HabEx）是 NASA 当前为准备 2020 年天体物理学十年巡天而开展的四项研究之一。HabEx 被设计为 2030 年代的大型观测台，并通过竞争性和资助的客座观测者（GO）计划实现社区参与。本中期报告描述了 HabEx 基线概念，即一个基于空间的 4 米口径望远镜任务概念，具备紫外（UV）、光学和近红外（near-IR）成像与光谱能力。有关 HabEx 的更多信息可在 https://www.jpl.nasa.gov/habex 获取。
引用
@article{arxiv.1809.09674,
title = {The Habitable Exoplanet Observatory (HabEx) Mission Concept Study Interim Report},
author = {B. Scott Gaudi and Sara Seager and Bertrand Mennesson and Alina Kiessling and Keith Warfield and Gary Kuan and Kerri Cahoy and John T. Clarke and Shawn Domagal-Goldman and Lee Feinberg and Olivier Guyon and Jeremy Kasdin and Dimitri Mawet and Tyler Robinson and Leslie Rogers and Paul Scowen and Rachel Somerville and Karl Stapelfeldt and Christopher Stark and Daniel Stern and Margaret Turnbull and Stefan Martin and Oscar Alvarez-Salazar and Rashied Amini and William Arnold and Bala Balasubramanian and Mike Baysinger and Lindsey Blais and Thomas Brooks and Rob Calvet and Velibor Cormarkovic and Charlie Cox and Rolf Danner and Jacqueline Davis and Lisa Dorsett and Michael Effinger and Ron Eng and Jay Garcia and Jonathan Gaskin and Joby Harris and Scott Howe and Brent Knight and John Krist and David Levine and Mary Li and Doug Lisman and Milan Mandic and Luis Marchen and Colleen Marrese-Reading and Jim McGowen and Andrew Miyaguchi and Rhonda Morgan and Bijan Nemati and Shouleh Nikzad and Joel Nissen and Megan Novicki and Todd Perrine and David Redding and Michael Richards and Mike Rud and Dan Scharf and Gene Serabyn and Stuart Shaklan and Scott Smith and Mark Stahl and Phil Stahl and Hao Tang and David Van Buren and Juan Villalvazo and Steve Warwick and David Webb and Rush Wofford and Jahning Woo and Milana Wood and John Ziemer and Ewan Douglas and Virginie Faramaz and Sergi Hildebrandt and Tiffany Meshkat and Peter Plavchan and Garreth Ruane and Neal Turner},
journal= {arXiv preprint arXiv:1809.09674},
year = {2018}
}
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212 Pages