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October–November 2003's space weather and operations lessons learned

机译:2003年10月至11月的太空天气和作战经验教训

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The Sun-Earth space weather related to sunspots NOAA 484, 486, and 488 affected a number of NASA spacecraft and instruments between mid-October and early November 2003. Information available from Earth and space science missions indicate that about 59% of the spacecraft and about 18% of the instrument groups experienced some effect from the solar activity. This paper summarizes the impacts on spacecraft, instruments, and science data. The database that the paper is based on describes spacecraft and instrument effects observed as well as mission operators’ preventive actions from 34 reporting missions. The database is Appendix A and provides additional material that could be of interest and that could be useful to satellite developers, operators, instrument managers, and scientists. The types of environmental effects observed were electronic upsets, housekeeping and science noise, proton degradation to solar arrays, upper atmosphere–induced changes to orbit dynamics, high levels of accumulated radiation, and proton heating. The paper develops best practices that are intended to foster continued and expanded feedback on the space environment in all mission phases, to promote designing to the mission's observing mode so that planning is appropriate to mission science goals, to distribute operational experience and lessons learned widely among both developing and operating missions, and to uniformly apply the developed knowledge base among NASA's missions.
机译:与太阳黑子NOAA 484、486和488有关的日地太空天气在2003年10月中旬至2003年11月上旬影响了许多NASA航天器和仪器。从地球和太空科学任务获得的信息表明,大约59%的航天器和大约18%的仪器组受到太阳活动的影响。本文总结了对航天器,仪器和科学数据的影响。该论文所基于的数据库描述了观察到的航天器和仪器的影响,以及来自34个报告任务的任务操作员的预防措施。该数据库是附录A,并提供了其他有用的资料,这些资料可能对卫星开发人员,操作员,仪器管理员和科学家有用。观察到的环境影响的类型包括电子干扰,内部管理和科学噪声,质子退化到太阳能电池板,高层大气导致的轨道动力学变化,高水平的累积辐射以及质子加热。本文提出了最佳实践,旨在在任务的各个阶段促进对空间环境的持续和扩大的反馈,促进按照任务的观测模式进行设计,从而使规划适合于任务科学的目标,并在各任务之间广泛分配运行经验和教训。开发和运行任务,并在NASA的任务之间统一应用已开发的知识库。

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