An improved method based on special-point-based maneuvers is presented to realize autonomous rendezvous phasing in a near-circular orbit. The phasing segment is divided into three subphases (the initial subphase, the natural phasing subphase, and the adjusting subphase) according to the relationship between orbital phase angle and semimajor axis difference between the chaser and the target. Maneuver to natural phasing orbit is done in the initial subphase. In the natural phasing subphase, the phase angle between two spacecraft is reduced naturally due to the semimajor axis difference, and then the maneuver to the adjusting orbit is implemented. In the adjusting subphase, the phase angle is reduced step by step to satisfy the close rendezvous approaches requirement. In addition to the in-plane maneuvers, the coplanar orbital corrections to eliminate the crosstrack difference are done in the corresponding subphase. All orbital maneuvers are given as guidance impulses and calculated onboard autonomously. Precise orbital simulation results show that the autonomous guidance algorithm for rendezvous-phasing maneuvers is feasible.


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    Title :

    Autonomous Guidance for Rendezvous Phasing Based on Special-Point-Based Maneuvers


    Contributors:
    Zhang, Jing-Rui (author) / Zhao, Shu-Ge (author) / Zhang, Yao (author)

    Published in:

    Publication date :

    2015-04-01




    Type of media :

    Article (Journal)


    Type of material :

    Electronic Resource


    Language :

    English





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