Activities of Laboratory of Spacecraft Environment Interaction Engineering in Kyushu Institute of Technology

K. Toyoda, Minoru Iwata, Mengu Cho
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Abstract

Space systems such as satellites, interplanetary probes or space stations, must overcome the space which has extremely severe environment consisting of space plasma, hyper-velocity particles, radiation, ultraviolet ray, atomic oxygen, vacuum, thermal cycles and so on. Even if a component has some troubles, it is usually impossible to repair it in space. Therefore, we often require performing the ground tests on the spacecrafts before its launch. It is an essential technology for exploring the final frontier to make spacecrafts work well on such severe condition. In December 2004, Kyushu Institute of Technology established a research center named as LaSEINE (Laboratory of Spacecraft Environment Interaction Engineering). In this research center, we carry out research and development of space environment technologies which is necessary to achieve the next-generation large-scale space utilization such as high-speed broadband communication, high-precision positioning, remote sensing, material creation, sight-seeing, exploration, energy generation. In this paper, we present activities performed in LaSEINE as for spacecraft charging and discharging
九州工业大学航天器环境相互作用工程实验室的活动
卫星、行星际探测器或空间站等空间系统必须克服空间等离子体、超高速粒子、辐射、紫外线、原子氧、真空、热循环等极其恶劣的环境。即使一个部件有一些问题,通常也不可能在太空中修理它。因此,我们经常要求在航天器发射前对其进行地面测试。如何使航天器在如此恶劣的条件下正常工作,是探索最后边界的关键技术。2004年12月,九州工业大学成立了航天器环境相互作用工程实验室。在该研究中心开展高速宽带通信、高精度定位、遥感、材料创造、观光、勘探、能源生产等实现下一代大规模空间利用所必需的空间环境技术的研究与开发。在本文中,我们介绍了在LaSEINE中进行的航天器充放电活动
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