| 1. | Relative orbit configuration for satellite formation flying
卫星编队飞行中的相对轨道构形 |
| 2. | Satellite formation flying on elliptic orbits is studied in this thesis
对椭圆轨道上的卫星编队飞行的进行了研究。 |
| 3. | Kinematic models of formation flying constellation and configuration design
编队飞行星座相对运动的运动学描述与编队构型设计 |
| 4. | Autonomous relative orbit determination for satellite formation flying on basis of orbit element differences
基于轨道根数差的卫星编队自主定轨研究 |
| 5. | Based on that , we primarily discussed the special problems in autonomy positioning of satellite ' s formation flying
利用这种星载扩展系统，讨论编队星座自主定位的有关问题。 |
| 6. | Satellite formation keeping and control , which is one key technique of formation flying , is investigated deeply
卫星编队的保持与控制是编队飞行的一项关键技术，本文对此进行了深入研究。 |
| 7. | This paper is to study the relevant issues of satellite formation flying from the point of view of dynamics and control
本文从动力学和控制的角度出发，对卫星编队飞行进行了有益的探索和研究。 |
| 8. | The generalization of the work will provide theoretical foundation and guiding for the multistatic radar system and formation flying of space based radar
有关工作的推广将为多基地雷达系统和星载雷达的编队飞行方案提供理论基础和指南。 |
| 9. | Based on the two - body assumption , two methods are used to investigate the mechanism of satellite formation flying on circular or near - circular orbits
首先基于二体假设，采用两种方法系统地研究了圆或近圆轨道上卫星编队飞行的构成机理。 |
| 10. | The concept of satellite formation flying has provided new application directions and developable space for small satellites , and has received much attention
卫星编队飞行这一概念的提出，为小卫星开辟了新的应用方向和发展空间，受到国内外学者的普遍关注。 |
