航天飞机G417载荷研制及油滴与水滴接触微重力实验
항천비궤G417재하연제급유적여수적접촉미중력실험
Development of G417 payload on board on space shuttle and an experiment of an oil drop contacting with a water drop
  • 万方数据
    航天器环境工程 항천기배경공정
    SPACECRAFT ENVIRONMENT ENGINEERING
    2014年 2期 115-121 ,共7页

    冯伟泉%柯受全%于东波%黎厉伟

    풍위천%가수전%우동파%려려위

    航天飞机%微重力实验%载荷%零星搭载%表面张力%表面能%浸润 航天飛機%微重力實驗%載荷%零星搭載%錶麵張力%錶麵能%浸潤
    항천비궤%미중력실험%재하%령성탑재%표면장력%표면능%침윤
    space shuttle%micro-gravity experiment%payload%GAS piggyback%surface tension%surface energy%soakage
    文章介绍了曾经由航天飞机STS-64飞行任务搭载的编号为G417载荷的研制经验以及利用该载荷在航天飞机上开展的油滴与水滴接触微重力实验。北京卫星环境工程研究所承担了该载荷全部研制任务，其研制经验和飞行实验可为我国将来空间站开展微重力实验提供参考。
    문장개소료증경유항천비궤STS-64비행임무탑재적편호위G417재하적연제경험이급이용해재하재항천비궤상개전적유적여수적접촉미중력실험。북경위성배경공정연구소승담료해재하전부연제임무，기연제경험화비행실험가위아국장래공간참개전미중력실험제공삼고。
    In this paper, the G-417 payload on board of the space shuttle STS-64 mission by GAS approach is analyzed, along with the“oil drop and water drop contacting”experiment. Beijing Institute of Spacecraft Environment Engineering(BISEE) was responsible for the development of the G-417 payload. The development experiences and the flight experimental results may provide some guidance to the micro-gravity experiment to be implemented on the China’s space station.
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