General system design of Cubesat in LEO for IR imaging

Syed Afaq Ali Shah, Usman Arshad
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引用次数: 5

Abstract

A Cubesat is a miniature sized Satellite having a volume of exactly one liter with a mass of no more than 1.33 kilograms. The design of a Cubesat is simple which allows low cost for its development. This paper describes the outline of a proposed Cubesat Project, named IR_SAT, by the students of Institute of Space Technology. The project aims for design and development of a 10cm cubic satellite weighing less than 1kg. The major mission of Satellite is to study the vegetation pattern and soil moisture on the areas of Pakistan. For this monitoring IR Imager will be used that is unaffected by the Earth Albedo. The satellite is supposed to operate at an altitude of 400 km above Sea and perform the limited LEO science mission. In addition to the IR_Sat description, the detailed subsystems are also discussed along with their corresponding budget in this paper.
立方体卫星低轨红外成像总体系统设计
立方体卫星是一种微型卫星,体积恰好为1升,质量不超过1.33千克。立方体卫星的设计简单,开发成本低。本文描述了空间技术学院学生提出的一项名为IR_SAT的立方体卫星计划的大纲。该项目旨在设计和开发一颗10厘米立方、重量不到1公斤的卫星。卫星的主要任务是研究巴基斯坦地区的植被格局和土壤湿度。为了进行监测,将使用不受地球反照率影响的红外成像仪。这颗卫星预计将在海平面以上400公里的高度运行,并执行有限的近地轨道科学任务。除了对IR_Sat的描述外,本文还讨论了详细的子系统及其相应的预算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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