1.
The two satellites were placed respectively in LEO (low earth orbit) and geostationary transfer orbit.
两颗卫星分别进入近地轨道和地球同步转移轨道。
2.
geostationary transfer orbit
对地静止转移轨道(转移轨道)
3.
Transfer Trajectory Design for Halo Orbit with Multiple Constraints
约束条件下的Halo轨道转移轨道设计
4.
geostationary orbit environmental satellite
静止轨道环境卫星同步轨道环境卫星
5.
A Shape-based Approach to Rapidly Design Interplanetary Low-thrust Trajectories
基于轨迹成型法星际小推力转移轨道快速设计
6.
Optimum Orbit Transfer and Rendezvous of Spacecraft;
航天器轨道转移与交会最优控制研究
7.
Optimal Control for Minimizing Energy or Fuel in Finite-thrust Orbit Transfer
有限推力能量、燃料最优轨道转移控制
8.
Two impulses transfer trajectory design for Sun-Earth libration point missions
日地平动点卫星两脉冲转移轨道设计
9.
The wave involves the synchronization of stellar orbits.
密度波牵涉到恒星轨道的同步化。
10.
Analysis of Geosynchronous Synthetic Aperture Radar Character
地球同步轨道合成孔径雷达特性分析
11.
Study on Driving Laws of Sun Synchronous Orbit Satellite's Solar Arrays
太阳同步轨道卫星的太阳帆板驱动律
12.
Alternatively, above the stationary orbit, where the magnetized plasma moves faster than the spacecraft, the natural result is thrust and usable electrical power.
相反地，在同步轨道上方，磁化电浆比太空船移动快，自然会产生推进力及可利用的电能。
13.
In-Phase Self-Synchronous Process of Self-Synchronous Vibrating System with Vibrators Deviating from Its Center of Mass
偏移式同相回转自同步振动机自同步过程
14.
A Simulation Research on Measurement and Control Technology of Earth-Moon Transfer Orbit of Lunar Probe;
月球探测器地月转移轨道测控技术仿真研究
15.
Analysis on Cost, Benefit and Inner Transference of Urban Rail?Transit;
城市轨道交通成本、效益及其利益转移分析
16.
Low Energy Transfer Orbit to the Moon Considering Longitude of the Ascending Node of the Moon
考虑月球升交点黄经的地月低能转移轨道
17.
Systematic Direct Approach for Optimizing Continuous-thrust Earth-orbit Transfers
持续推进地球轨道转移的直接优化方法(英文)
18.
Autonomous Navigation for Earth-Moon Orbital Transfer Based on Electric Propulsion
基于电火箭推进的地-月轨道转移自主导航研究