非开普勒轨道动力学与控制

Dynamics and Control of the Non-Keplerian Orbits

主要讨论非开普勒轨道与传统开普勒轨道的异同点,试图归纳非开普勒轨道面临的动力学与控制新问题。从设计的角度出发,给出了非开普勒轨道的定义。针对目前讨论较多的几种非开普勒轨道,总结了研究这些轨道将会面临的新问题和难题。最后,讨论了非开普勒轨道的应用。

In this paper, the non-Keplerian orbits are classified into lowly non-Keplerian orbits and highly non-Keplefian orbits by analyzing the characteristics of the Keplerian and Non-Keplerian orbits. With respect to several kinds of highly non-Keplerian orbits that have been frequently discussed, the new problems and challenges are given. Finally, the applications of highly non- Keplerian orbits in the fast maneuver platform are discussed.