1.
GPS (Global Positioning System)
地球同步卫星定位系统
2.
Absolute Position Determination for Geosynchronous Satellite Using X-Ray Pulsars
基于X射线脉冲星的地球同步卫星绝对定位方法
3.
geostationary meteorological satellite system
地球同步气象卫星系统同步气象卫星系统
4.
geo-stationary communication and broadcast satellite
地球同步通信与广播卫星
5.
Geo-synchronous satellite launch vehicle
地球同步卫星运载火箭(运载火箭)
6.
A Discussion on the Implicit Conditions for the Operation of Geostationary Satellites;
关于“地球同步卫星运行”的几个隐含条件的讨论
7.
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。
8.
the fifth to launch geostationary satellites with its own carrier rockets.
第五个用自己的运载火箭发射地球同步卫星的国家。
9.
Chrysanthemum-6, a large scientific experiment satellite launched by Japan, has no hope of entering geosynchronous orbit.
日本发射的大型科学试验卫星“菊花６号”已无望进入地球同步轨道。
10.
The first geostationary communications satellite, known as Early Bird, went into orbit in 1965.
人们所知道的第一个地球同步通信卫星“晨鸟”是1965年发射的。
11.
Mission and System Optimization Analysis of Geosynchronous Satellite Based on Arcjet Thruster;
基于电弧推力器的地球同步轨道卫星系统任务设计与优化分析
12.
navigation satellite timing and ranging-Global Positioning System
导航卫星定时与测距——全球定位系统
13.
The satellite slowly rotates as it circles the Earth.
卫星在绕地球旋转的同时缓慢地自转。
14.
global positioning system with synchroranging
同步测距全球定位系统
15.
ephemeris table computation synchronous satellite
星历表计算同步卫星
16.
Most of these satellites do not change their positions. They remain above the same place on the earth and travel round it in a very high circle.
绝大多数这类卫星都不改变它们的位置。 它们保持在地球上空的同一位置，在高中环绕地球运行。
17.
This helps corroborate GPS satellite status and gives geodetic scientists a new way to gauge tectonic plate movement.
这有助于证实全球定位系统的卫星位置，为地学家测量地球大陆板块漂移，提供了一种新手段。
18.
Simulation Research on the Time Synchronization Technology between Navigation Satellite and the Earth;
GPS导航卫星星地时间同步技术的仿真研究