1·The geostationary satellite positioning system of China is region satellite navigation system.
双星系统是我国自行设计的区域卫星导航定位系统。
2·The geostationary satellite positioning system of China is a region sateIlitenavegation system.
双星定位系统是我国自行设计的区域卫星导航定位系统。
3·A method of geostationary satellite positioning based on road is presented. The positioning accuracy is also discussed.
提出了基于道路的同步卫星定位方法，并对定位精度问题进行了讨论。
4·In the case of finite thrust apogee maneuver for the geostationary satellite, the fuel consumption increases due to the long burn arc.
推力有限时，地球同步轨道卫星在远地点变轨的弧段很长，会导致较多的燃料消耗。
5·The command remote control system with information feedback checking is commonly used in command control system of geostationary satellite.
信息反馈校验指令控制方式普遍运用于同步轨道静止卫星的指令控制系统中。
6·The theory and method of the region passive pseudolites positioning based on geostationary satellite positioning system are systematically discussed.
本文系统地讨论了基于双星的伪卫星无源区域定位系统的定位理论以及方法。
7·Advocates of "satellite solar power", for example, dream of beaming gigawatts of solar power down to Earth from geostationary satellites more than 35,000km up.
例如，主张“卫星太阳能电力”的人梦想从3.5万多公里高的地球同步卫星上向地球照射数十亿瓦的太阳能动力。
8·This paper provides a method for determining the optimum time and attitude in process of geostationary satellite launch at which the solid-apogee motor to be fired.
文章给出在发射静止卫星过程中，固体远地点发动机点火时间和点火姿态的最佳值确定方法。
9·A collector on Earth that was picking up power from a geostationary satellite orbiting at an altitude of 35,800km would need to be spread over hundreds of square metres.
接收35，800公里外的地球同步卫星传送的能源所需的地面收集器需覆盖数百平方米。
10·The concept and scheme for the simulation of attitude, orbit and important telemetry parameters of prolate dual-spin geostationary satellite have been given in the paper.
本文介绍了在计算机上进行细长型双自旋卫星姿态、轨道和重要遥测参数仿真的原理和方案。