1) spaceborne multistatic formation
主星带辅星编队
2) formation constellation
编队星座
1.
Autonomous orbit determination and precise measurement of relative position of formation constellation;
编队星座相对位置精确测定与自主定轨方法
4) satellite formation
卫星编队
1.
Study on the Algorithm for Ground Position Based on Remote Sensing Image from Satellite Formation;
基于卫星编队遥感图像的对地定位算法研究
2.
The second topic is: the guidance algorithm for satellite formation reconfiguration based on relative orbit elements.
针对卫星编队飞行过程中由于任务的改变或成员的进出导致编队构型重构的问题,推导和定义了描述卫星编队的相对轨道要素;提出了基于相对轨道要素的卫星编队构型重构制导算法;使用该算法对近地圆轨道上的卫星编队重构过程中各控制因素与速度增量的关系进行了分析。
3.
Spiral control strategies in satellite formation reconfiguration were put forward and several methods such as uniform spiral, logarithmic spiral, accelerated spiral and accelerated logarithmic spiral were investigated.
系统地探讨利用螺旋控制策略实现卫星编队的构形重构问题,并给出等速螺旋控制、加速螺旋控制、对数螺旋控制、加速对数螺旋控制等几种可行的控制策略。
5) Formation flying satellites
编队卫星
1.
SAR high azimuth resolution imaging based on formation flying satellites;
基于编队卫星的SAR高方位向分辨率成像
2.
Based on the demand of relative positioning in formation flying missions,the dynamic observation geometry between the global navigation satellite systems and the formation flying satellites is analyzed.
针对编队飞行中星间相对定位的任务需求,分析了卫星导航系统对编队卫星的动态观测几何问题,引入了相对定位精度衰减因子(RDOP)描述,并讨论了其性质。
6) formation flying
卫星编队
1.
The realization of optical sparse aperture by formation flying is a developing direction of the next generation space optical sensing.
利用卫星编队来实现光学稀疏孔径,是下一代空间光学遥感发展的新方向。
2.
In this paper,true anomaly of the chief satellite was taken as basic parameter,in unperturbed situation,formation flying relative dynamic equation was modeled.
稳定性是卫星编队动力学状态耦合分析的重要内容之一。
补充资料：辅星
1.星名。即大熊座第80号星。北斗七星第六颗星(古籍称"开阳")的伴星。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条