Cubesats for monitoring atmospheric processes (CubeMAP): a constellation mission to study the middle atmosphere
Cubesats for monitoring atmospheric processes (CubeMAP): a constellation mission to study the middle atmosphere
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DOI：
10.1117/12.2573727
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发表时间：
2020-09
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通讯作者：
D. Weidmann;Kelly Antonini;Daniel Martinez Pino;Bertel K. Brodersen;G. Patel;M. Hegglin;C. Sioris;W. Bell;K. Miyazaki;Lars K. Alminde;A. Gabriele;M. Pastena;A. Hoffmann
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文献类型：
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作者：
D. Weidmann;Kelly Antonini;Daniel Martinez Pino;Bertel K. Brodersen;G. Patel;M. Hegglin;C. Sioris;W. Bell;K. Miyazaki;Lars K. Alminde;A. Gabriele;M. Pastena;A. Hoffmann
介绍了CubeMAP使命（也称为ESP-MACCS）的某些方面：其科学目标，以及从小型卫星平台解决这些问题的主要选择。科学案例涉及与全球变化有关的一些关键科学问题，分为四个目标，重点是对流层上层和平流层的组成及其变化。所采用的探测方法和相关观测概念是一个微型临边太阳掩星热红外探测器星座，它具有临边太阳掩星的优点，同时减轻了这种几何结构固有的覆盖面不足的问题。使命的重点是热带地区作为通往对流层上层和平流层的门户。简要介绍了为使命研制的小型化仪器有效载荷：高分辨率红光掩星光谱仪和高光谱日盘成像仪。最后，介绍了超小型卫星12 U平台及其子系统，从而完成了对使命空间部分的概述。
Some aspects of the CubeMAP mission (also known as ESP-MACCS) are presented: its science objectives, and the primary choices made to address them from small satellite platforms. The science case, addressing some key scientific questions related to global change, is elaborated in four objectives focused on upper troposphere and stratospheric composition and its change. The sounding methodology and the associated observation concept retained is a constellation of miniature limb solar occultation thermal infrared sounders, offering the advantages of limb solar occultation, whilst mitigating the inherent lack of coverage of this geometry. The mission focuses on tropical regions as the gateway to the upper troposphere, and the stratosphere. The miniaturized instrument payloads developed for the mission are briefly presented: the High resolution InfraRed Occultation Spectrometer (HIROS) and the Hyperspectral Solar Disk Imager (HSDI). Lastly, the nanosatellite 12U platform and its subsystem are described, completing the overview of the mission space segment.