SCARLET development, fabrication, and testing for the Deep Space 1 spacecraft

D. Murphy, D. Allen
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引用次数: 12

Abstract

An advanced version of "Solar Concentrator Arrays with Refractive Linear Element Technology" (SCARLET) is being assembled for use on the first NASA/JPL New Millennium spacecraft: Deep Space One (DS1). The array is scaled up from the first SCARLET array that was built for the METEOR satellite in 1995 and incorporates advanced technologies such as dual-junction solar cells and an improved structural design. Due to the failure of the Conestoga launch vehicle, this will be the first flight of a modular concentrator array. SCARLET will provide 2.6 kW to the DS1 spacecraft to be launched in July 1998 for a mission that includes fly-bys of the asteroid McAuliffe, Mars and the comet West-Kohoutek-Ikemura. This paper describes the SCARLET design, fabrication/assembly and testing program for the flight system.
深空1号航天器的研制、制造和测试
一种先进版本的“具有折射线性元件技术的太阳能聚光阵列”(SCARLET)正在组装中,用于美国宇航局/喷气推进实验室的第一艘新千年航天器:深空一号(DS1)。该阵列是在1995年为METEOR卫星建造的第一个SCARLET阵列的基础上扩大的,并结合了先进技术,如双结太阳能电池和改进的结构设计。由于Conestoga运载火箭的失败,这将是模块化集中器阵列的第一次飞行。SCARLET将为1998年7月发射的DS1宇宙飞船提供2.6千瓦的电力,DS1的任务包括飞掠小行星McAuliffe、火星和West-Kohoutek-Ikemura彗星。本文介绍了飞行系统的设计、制造/装配和测试程序。
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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