论文部分内容阅读
相对测量技术是完成在轨航天器交会对接的重要技术之一,设计能够完成相对位置、速度,以及近距离的相对角度、角速度测量的交会对接敏感器,用于确定交会的轨迹和控制对接时的相对运动,不仅要考虑实现功能、性能方面,还要考虑在工程实现中外太空杂光干扰、热环境等因素的影响.本文不涉及到交会敏感器的具体设计,而是从分系统的任务和技术总体设计角度,总结交会对接敏感器设计时应注意的几个方面.
Relative measurement technology is one of the most important technologies for completing orbital rendezvous and docking of on-orbit spacecraft. It designs a rendezvous and docking sensor capable of relative position and velocity, and relative angle and angular velocity measurements at close range. It is used to determine the rendezvous’s trajectory and control docking Of the relative movement, not only to consider the realization of function, performance, but also consider the project to achieve China and foreign space stray light interference, thermal environment and other factors.This paper does not involve the intersection of intersection of intersection of intersection of intersection of intersection of sensor and specific design, And the overall design of the technology point of view, summarizes the intersection of docking sensor design should pay attention to several aspects.