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Benefits and Risks of using Electrodynamic Tethers to De-Orbit Spacecraft - Space Tether Survivability Concerns

机译:使用电动系链带使航天器脱离轨道的好处和风险-系链带生存能力的担忧

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摘要

The status of the Action Item 19.1 of the Inter-Agency Space Debris Coordination Committee was reported. Three agencies, to date, participated in the study,: ASI, JAXA, and NASA. The fatal impact rate of meteoroids and orbital debris on single strand tethers of different widths and at different orbital altitudes and inclinations was estimated. Results were highly dependent on the chosen meteoroid and orbital debris background models used by each group. The survivability analysis of single and double strand electrodynamic tethers during a de-orbiting mission was also reported. The existing results agreed in kind, that double strand tethers with the highest number of knots were the most likely to survive intact through the decay process. Additional work on this action by the agencies involved is required before a final consensus and report can be completed. This work will continue this year.
机译:报告了机构间空间碎片协调委员会行动项目19.1的状况。迄今为止,三个机构参与了这项研究:ASI,JAXA和NASA。估算了流星体和轨道碎片对不同宽度,不同轨道高度和倾斜度的单链束缚带的致命影响率。结果高度依赖于每组所选择的流星体和轨道碎片背景模型。还报告了轨道飞行任务期间单链和双链电动系链的生存能力分析。现有的结果在形式上是一致的,即结数最多的双链系绳最有可能在衰变过程中完好无损地存活下来。在完成最终共识和报告之前,有关机构需要就此行动进行其他工作。这项工作将在今年继续进行。

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    Pardini Carmen;

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  • 年度 2004
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  • 正文语种 en
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