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arXiv 1012.5250physics.space-ph
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太阳帆推进:实现太阳物理学的新能力

Solar sail propulsion: enabling new capabilities for heliophysics

L. Johnson, R. Young, D. Alhorn, A. Heaton, T. Vansant, B. Campbell, R. Pappa, W. Keats, P. C. Liewer, D. Alexander, J. Ayon, G. Wawrzyniak, R. Burton, D. Carro… 展开作者

L. Johnson, R. Young, D. Alhorn, A. Heaton, T. Vansant, B. Campbell, R. Pappa, W. Keats, P. C. Liewer, D. Alexander, J. Ayon, G. Wawrzyniak, R. Burton, D. Carroll, G. Matloff, R. Ya. Kezerashvili

摘要:

太阳帆可在促成太阳和太阳物理飞行任务方面发挥关键作用。NASA的太阳帆技术目前是TRL-6的80%,适合飞行中技术演示。可以想象,初步演示可以携带科学有效载荷,视飞行任务类型而定,这些载荷与2010年太阳物理学调查三个研究小组的目标相称。利用太阳帆技术的进步来支持太阳物理学测量目标的后续太阳帆飞行任务将是可行的。本白皮书报告了由太阳帆实现的任务样本,技术的现状,以及推进当前技术状态所需的资金,以便太阳帆能够实现这些任务。

英文摘要:

Solar sails can play a critical role in enabling solar and heliophysics missions. Solar sail technology within NASA is currently at 80% of TRL-6, suitable for an in-flight technology demonstration. It is conceivable that an initial demonstration could carry scientific payloads that, depending on the type of mission, are commensurate with the goals of the three study panels of the 2010 Heliophysics Survey. Follow-on solar sail missions, leveraging advances in solar sail technology to support Heliophysics Survey goals, would then be feasible. This white paper reports on a sampling of missions enabled by solar sails, the current state of the technology, and what funding is required to advance the current state of technology such that solar sails can enable these missions.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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