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厘米级空间碎片建模研究

Research on Centimeter-level Space Debris Modeling
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摘要 空间碎片对航天器的威胁日益得到国际上的高度重视,各国纷纷开展独立或联合研究,对空间碎片进行观测、跟踪及预警。空间碎片环境建模也成为该领域的研究热点之一。通过建模可以描述当前的空间碎片环境,预测未来长期或短期内空间碎片环境的演化情况,从而对人类的相关太空活动进行建设性的指导。本文调研并梳理了国际上对厘米级小碎片建模的相关研究工作,旨在为后续厘米级小碎片的研究提供较为综合、系统的参考。 The threat of space debris to spacecraft has received increasing international attentions,and countries have conducted independent or joint research to observe,track and warn space debris.Space debris environment modeling has also become one of the research hotspots in this field.Modeling can describe the current space debris environment and predict the evolution of the space debris environment in the long-term or short-term future,thus providing the constructive guidance for the human related space activities.This paper investigates and combs the international research work on modeling centimeter-scale fragments,and aims to provide a comprehensive and systematic reference for the subsequent research on small-scale centimeter fragments.
作者 王晓伟 刘静 WANG Xiao-wei;LIU Jing(National Astronomical Observatories,Chinese Academy of Sciences,Beijing 100012,China;University of Chinese Academy of Sciences,Beijing 100049,China;China National Space Administration Space Debris Monitoring and Application Center,Beijing 100012,China)
出处 《空间碎片研究》 2018年第4期11-19,共9页 Space Debris Research
关键词 厘米级小碎片 工程模型 监测 演化 centimeter-scale fragments engineering model monitoring evolution
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  • 1KESSLER D J, REYNOLDS R C, ANZ-MEADOR P D.Orbital debris environment for spacecraft designed tooperate in low Earth orbit: NASA-TM-100471[R], 1989.
  • 2KESSLER D J, ZHANG J, MATNEY M J, et al. Acomputer-based orbital debris environment model forspacecraft design and observation in low-Earth orbit:NASA Technical Memorandum 104825[R], 1996.
  • 3LIOU J C, MATNEY M J, ANZ-MEADOR P D, et al.The new NASA Orbital Debris Engineering ModelORDEM2000: NASA/TP-2002-2107802[R].
  • 4XU Y L, HORSTMAN M, KRISKO P H, et al.Modeling of LEO orbital debris populations forORDEM2008[J]. Advances in Space Research, 2009, 43:769-782.
  • 5KRISKO P H. NASA’s new orbital debris engineeringmodel, ORDEM2010[J]. ESA Special Publication, 2010,680: 1-13.
  • 6KRISKO P H. ORDEM 3.0 status[C].30th Inter-AgencyDebris Coordination Committee Meeting (IADC).Montreal, Canada, 2012-05: 1-9.
  • 7KLINKRAD H, SUNNUS H, BENDISCH J. Developmentstatus of the ESA space debris reference model[J].Advances in Space Research, 1995, 16(11): 93-102.
  • 8KLINKRAD H, SUNNUS H, BENDISCH J, et al. Anintroduction to the 1997 ESA MASTERmodel[C].Proceedings of the Second EuropeanConference on Space Debris. Darmstadt, Germany, 1997:217-224.
  • 9KLINKRAD H, BENDISCH J, BUNTE K D, et al. TheESA MASTER99 space debris and meteoroid referencemodel[J]. Advances in Space Research, 2001, 28(9):1355-1366.
  • 10BENDISCH J, BUNTE K D, KLINKRAD H, et al.The MASTER2001 model[J]. Advances in SpaceResearch, 2004, 34(5): 959-968.

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