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Proposal of an Impact Detector of Space Debris via Microwave

机译:微波撞击空间碎片的探测器的建议

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Microwave emissions due to hypervelocity impacts have been detected by heterodyne receivers in the ground experiments using an accelerator. We aim to establish the detection system of space debris impacts on a space structure via microwave. The emitted powers at the impact velocity of 10 km/sec are estimated from the characteristics at the experimental impact velocity. Considering the emitted power, the receiving antenna and the microwave frequency, the maximum distances for detecting the microwave emission are 76 m at 2 GHz band and 24 m at 22 GHz. The type and location of receiving antennas which can detect the impact on all habitation and experiment modules on the International Space Station are discussed. The impact can be sufficiently detected via a low gain antenna at 2 GHz band.
机译:外差接收器在地面实验中使用加速器已检测到由于超高速撞击而产生的微波发射。我们旨在建立微波检测空间碎片撞击空间结构的系统。根据实验冲击速度下的特性估算出冲击速度为10 km / sec时的发射功率。考虑到发射功率,接收天线和微波频率,用于检测微波发射的最大距离在2 GHz频段为76 m,在22 GHz频段为24 m。讨论了可以检测对国际空间站所有居住环境和实验模块影响的接收天线的类型和位置。可以通过2 GHz频段的低增益天线充分检测到这种影响。

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