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Multi-modes control method for spacecraft formation establishment and reconfiguration near the libration points

Multi-modes control method for spacecraft formation establishment and reconfiguration near the libration points
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摘要 This paper studies Multi-modes control method for libration points formation establishment and reconfiguration. Firstly, relations between optimal impulse control and Floquet modes are investigated. Method of generating modes is proposed. Characteristics of the mode coefficients stimulated at different time are also given. Studies show that coefficients of controlled modes can be classified into four types, and formation establishment and reeonfiguration can be achieved by multi-impulse control with the presented method of generating modes. Then, since libration points formation is generally unstable, mutli-modes keeping control method which can stabilize five Floquet modes simultaneously is proposed. Finally, simulation on formation establishment and reconfiguration are carried out by using method of generating modes and mutli-modes keeping control method. Results show that the proposed control method is effective and practical. This paper studies Multi-modes control method for libration points formation establishment and reconfiguration. Firstly, relations between optimal impulse control and Floquet modes are investigated. Method of generating modes is proposed. Characteristics of the mode coefficients stimulated at different time are also given. Studies show that coefficients of controlled modes can be classified into four types, and formation establishment and reeonfiguration can be achieved by multi-impulse control with the presented method of generating modes. Then, since libration points formation is generally unstable, mutli-modes keeping control method which can stabilize five Floquet modes simultaneously is proposed. Finally, simulation on formation establishment and reconfiguration are carried out by using method of generating modes and mutli-modes keeping control method. Results show that the proposed control method is effective and practical.
出处 《Theoretical & Applied Mechanics Letters》 2012年第1期71-76,共6页 力学快报(英文版)
基金 supported by the National Natural Science Foundation of China(10702078) the Advance Research Program of National University of Defense Technology (JC08-01-05)
关键词 circular restricted three-body problem libration points spacecraft formation flying floquet modes formation establishment and reconfiguration circular restricted three-body problem, libration points, spacecraft formation flying, floquet modes, formation establishment and reconfiguration
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