Radiation Belt Storm Probe spacecraft and impact of environment on spacecraft design

K. Kirby, S. Bushman, M. Butler, R. Conde, K. Fretz, C. Herrmann, A. Hill, R. Maurer, R. Nichols, G. Ottman, M. Reid, G. Rogers, D. Srinivasan, J. Troll, B. Williams
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引用次数: 21

Abstract

NASA's Radiation Belt Storm Probe (RBSP) is an Earth-orbiting mission scheduled to launch in September 2012 and is the next science mission in NASA's Living with a Star Program. The RBSP mission will investigate, characterize and understand the physical dynamics of the radiation belts, and the influence of the sun on the earth's environment, by measuring particles, electric and magnetic fields and waves that comprise the geospace. The mission is composed of two identically instrumented spinning spacecraft in an elliptical orbit around earth from 600 km perigee to 30,000 km apogee at 10 degree inclination to provide full sampling of the Van Allen radiation belts. The twin spacecraft will follow slightly different orbits and will lap each other 4 times per year; this offers simultaneous measurements over a range of spacecraft separation distances. A description of the spacecraft environment is provided along with spacecraft and subsystem key characteristics and accommodations that protect sensitive spacecraft electronics and support operations in the harsh radiation belt environment.
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辐射带风暴探测器航天器及其环境对航天器设计的影响
美国宇航局的辐射带风暴探测器(RBSP)是一项地球轨道任务,计划于2012年9月发射,是美国宇航局“与星共存”计划的下一个科学任务。RBSP任务将通过测量构成地球空间的粒子、电场、磁场和波,调查、描述和了解辐射带的物理动态以及太阳对地球环境的影响。该任务由两艘装备相同的旋转航天器组成,它们以10度倾角围绕地球从600公里的近地点到3万公里的远地点运行椭圆轨道,以提供范艾伦辐射带的完整采样。这对双胞胎航天器将沿着略有不同的轨道运行,每年将相互环绕4次;这提供了在航天器分离距离范围内的同时测量。提供了航天器环境的描述,以及航天器和子系统的关键特性和设施,以保护敏感的航天器电子设备并支持在恶劣辐射带环境下的操作。
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