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概括介绍了近年来空间飞行器的动力学与控制研究的发展状况,综述了单星动力学建模和控制技术、多星动力学建模和控制技术,以及太阳帆航天器、绳系卫星等新型航天器动力学与控制技术等相关航天领域中的若干基础问题,总结了在这些领域中的研究方法及取得的成果。提出了相关领域中值得深入研究的问题及后续发展方向,如深空探测的轨道动力学、超大尺度柔性航天器的动力学建模与协同控制技术、敏捷卫星的机动控制技术、多星姿轨耦合动力学和控制技术、太阳帆航天器动力学与控制技术,以及空间绳系卫星系统的动力学与控制技术等重点和主要发展方向。
In this paper, the development status of spacecraft dynamics and control research in recent years is summarized. The single-star dynamics modeling and control technology, multi-star dynamics modeling and control technology, as well as the new type of solar sail spacecraft, Spacecraft dynamics and control technology and other related aerospace fields in a number of basic issues, summed up the research methods in these fields and the results achieved. Some problems that should be deeply studied in the related fields and the follow-up directions are put forward, such as orbital dynamics of deep space exploration, dynamics modeling and coordinated control of large-scale flexible spacecraft, maneuvering control technology of agile satellite, Coupling dynamics and control technology, solar sail spacecraft dynamics and control technology, as well as the dynamics and control technology of space tethered satellite systems.