月球上的大型可展开反射器阵列

M. Scholl, J. Breckinridge, J. Scholl
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引用次数: 1

摘要

对太阳系内外行星的探索需要不断改进用于收集行星光线的光学系统。近年来,大型可展开反射器(LDR)作为一种新型红外探测望远镜被提出。因此,它特别适合于寻找太阳系外的行星或对太阳系内的行星进行更详细的远程探测。红外天文学更适合在太空中进行,因为大气会减弱红外辐射。空间站被认为是放置一台望远镜的合适地点。然而,对于望远镜阵列来说,月球是更好的选择;它提供了一个刚性的基础,无论是干涉测量还是单个望远镜的相位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Array of Large Deployable Reflectors on the Moon
Exploration of planets both inside and outside the Solar System requires continued improvements in optical systems used to collect the light from the planet. Recently, the large deployable reflector1 (LDR) has been proposed as a novel telescope for infrared exploration. Thus, it is particularly suitable for the search for planets outside the Solar System or for more detailed remote exploration of the planets inside the Solar System. Infrared astronomy is more appropriately performed in space because the atmosphere attenuates IR radiation. The Space Station has been considered a suitable site for a single telescope. However, for an array of telescopes, a lunar site is preferable; it offers a rigid base, required either for interferometry or for phasing of individual telescopes.
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