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DEBRIS SELECTION AND OPTIMAL PATH PLANNING FOR DEBRIS REMOVAL ON THE SSO: IMPULSIVE-THRUST OPTION

机译：在SSO上进行碎片清除的碎片选择和最佳路径规划：冲动式推力选择

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The current paper deals with the mission design of arngeneric active space debris removal spacecraft. Consideredrndebris are all on a sun-synchronous orbit. Arnperturbed Lambert’s problem, modelling the transfer betweenrntwo debris, is devised to take into account J2 perturbation,rnand to quickly evaluate mission scenarios. Arnrobust approach, using techniques of global optimisation,rnis followed to find optimal debris sequence and missionrnstrategy. Manoeuvres optimization is then performed tornrefine the selected trajectory scenarii.

机译：本论文涉及非活性有源空间碎片清除航天器的任务设计。被认为是碎片的都在太阳同步轨道上。 Arnperturbed的Lambert问题设计为模拟两个碎片之间的转移，目的是考虑到J2的扰动，并快速评估任务方案。 Arnrobust方法使用全局优化技术，随后找到最佳碎片序列和任务策略。然后执行操纵优化以细化选定的轨迹场景。

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来源
《6th European Conference on Space Debris》|2013年|1-8|共8页
会议地点 Darmstadt(DE)
作者
J. T. Olympio; N. Frouvelle;
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作者单位

CS-SI, 31506 Toulouse, France, Email: fjoris.olympio@c-s.fr;

CS-SI, 31506 Toulouse, France, Email:nicolas.frouvelleg@c-s.fr;

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会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词
Active Debris Removal; Maneuver Optimisation; rnSSO; Pertubed Dynamics;

机译：主动清除杂物；；机动优化；； rnSSO ；； Pertubed Dynamics;

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1. Space debris selection and optimal guidance for removal in the SSO with low-thrust propulsion [J] . J.T. Olympio, N. Frouvelle Acta astronautica . 2014,第junaajula期

机译：低推力的空间碎片选择和SSO去除的最佳指导
2. Optimal planning of LEO active debris removal based on hybrid optimal control theory [J] . Jing Yu, Xiao-qian Chen, Li-hu Chen Advances in space research . 2015,第11期

机译：基于混合最优控制理论的LEO主动除屑优化规划
3. Large-scale object selection and trajectory planning for multi-target space debris removal missions [J] . Acta astronautica . 2020,第May期

机译：多目标空间碎片清除任务的大规模目标选择和轨迹规划
4. DEBRIS SELECTION AND OPTIMAL PATH PLANNING FOR DEBRIS REMOVAL ON THE SSO: IMPULSIVE-THRUST OPTION [C] . J. T. Olympio, N. Frouvelle European Conference on Space Debris . 2013

机译：SSO上碎片的碎片选择和最佳路径规划：冲动推动选项
5. Orbital debris removal technologies: A hybrid electrodynamic tether and ion beam shepherd satellite design for fuel efficient contactless debris removal. [D] . Mumme, Jorn. 2013

机译：轨道碎片清除技术：混合电动系绳和离子束牧羊卫星设计，可实现燃料高效的非接触式碎片清除。
6. Effects of different glide path techniques on the amount of extruded debris and preparation times during root canal preparation [O] . Damla Kırıcı, Simay Koç, Alper Kuştarcı 2020

机译：不同滑动路径技术对根管制剂挤出碎屑的量及其制备时间的影响
7. Simulation Toolkit for Onboard Optimal Maneuver Planning in Active Debris Removal Using Angles-Only Navigation [O] . Yue You, Hua Wang, Guojin Tang, 2016

机译：使用唯一的角度导航，仿真工具包在活动碎片中拆除活动碎片中的拆卸

DEBRIS SELECTION AND OPTIMAL PATH PLANNING FOR DEBRIS REMOVAL ON THE SSO: IMPULSIVE-THRUST OPTION

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