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首页> 外文期刊>Journal of guidance, control, and dynamics >Optimal Solar Sail Phasing Trajectories for Circular Orbit
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Optimal Solar Sail Phasing Trajectories for Circular Orbit

机译:圆形轨道的最佳太阳帆定相轨迹

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摘要

The concept of using a solar sail for the repositioning maneuver of a spacecraft on a heliocentric orbit was first proposed by Mclnnes. In particular, assuming a circular orbit and a linearized dynamics model, Mclnnes discusses the performance of a small (ideal) solar sail subjected to a piecewise constant steering law, and compares its effectiveness with a situation in which a chemical (high-thrust) propulsion system is employed to perform the same maneuver. Subsequently, the study was extended by Mengali and Quarta, who solved the problem within an optimal framework, generalizing it to an elliptic orbit, a solar sail with an optical force model, and a scenario in which two spacecraft are simultaneously repositioned along the same starting orbit.
机译:麦克林斯最早提出了使用太阳帆在日心轨道上对航天器进行重新定位的想法。特别是,假设有圆形轨道和线性化动力学模型,Mclnnes讨论了遵守分段恒定转向定律的小型(理想)太阳帆的性能,并将其有效性与化学(高推力)推进情况进行了比较。系统被用来执行相同的操作。随后,孟加利(Mengali)和夸尔塔(Quarta)扩大了研究范围,他们在最佳框架内解决了该问题,将其推广到椭圆轨道,具有光力模型的太阳帆,以及两个航天器沿同一起点同时重新定位的场景轨道。

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