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首页> 外文会议>Asian conference on remote sensing;ACRS >QUALIFICATION OF IMAGING OPTICS FOR FIRST INTERPLANETARY MARS ORBITER MISSION OF ISRO
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QUALIFICATION OF IMAGING OPTICS FOR FIRST INTERPLANETARY MARS ORBITER MISSION OF ISRO

机译：ISRO首次星际星际火星任务成像光学的资格

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Mars Orbital Mission (MOM) is India's first interplanetary mission of ISRO. Three Electro-Optical Payloads Thermal Imaging Spectrometer (TIS), Methane Sensor for Mars (MSM) and Mars Colour Camera (MCC) were developed by Space Application Centre, ISRO (Ahmedabad). Several COTS (Commercial off the Shelf) optical components were used to realize these EO payloads. As these are COTS components, it had undergone rigorous screening and qualification tests to asses and ensure their worthiness in space use in terms of important optical performance parameters - MTF and transmission or spectral response. The overall qualification was conducted at three level; namely discrete optical component level, optical sub-assembly level and integrated optical payload level. This paper briefly describes the imaging optics qualification test plan and important integrated payload test results of all the three optical payloads and finally conclusion is drawn.
机译：火星轨道飞行任务（MOM）是印度ISRO的第一个行星际飞行任务。由ISRO（艾哈迈达巴德）的太空应用中心开发了三种电光有效载荷热成像光谱仪（TIS），用于火星的甲烷传感器（MSM）和用于火星的彩色相机（MCC）。几个COTS（现成的商用）光学组件用于实现这些EO负载。由于它们是COTS组件，因此它经过了严格的筛选和鉴定测试，以评估并确保它们在重要的光学性能参数（MTF和透射或光谱响应）方面在空间使用中的价值。总体资格分为三个级别：即离散光学组件级别，光学子组件级别和集成光学有效负载级别。本文简要介绍了这三种光学有效载荷的成像光学鉴定测试计划和重要的综合有效载荷测试结果，并得出结论。

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