1.
APPLICATION OF ARIMA(0,2,q)MODEL TO PREDICTION OF SATELLITE CLOCK ERROR
ARIMA(0,2,q)模型在卫星钟差预报中的应用
2.
Study on Interpolation and Prediction of GPS Satellite Clock Bias in Precise Point Positioning
精密单点定位中GPS卫星钟差内插与预报研究
3.
Discussion on Satellite Clock Error Interpolation in Precise Point Positioning
精密单点定位中卫星钟差插值问题的探讨
4.
Implementation and Precision Analysis of GPS Precise Clock Estimation System
精密卫星钟差确定系统的实现与精度分析
5.
Application of Grey System Model in Short-time Prediction for Satellite Clock Error
灰色系统模型在卫星钟差短期预报中的应用
6.
Research on Noise Processing of Satellite Clocks Based on Wavelet Analysis
基于小波分析的卫星钟噪声处理方法研究
7.
GPS Synchronization Clock Study in Power System;
电力系统GPS卫星同步时钟装置研究
8.
Research on Densification Methods for Precise Clock Bias of GPS Satellites
GPS卫星精密钟差的加密方法研究
9.
On the Second Order Clock Bias Model in Orbit Determination for the MEO Satellite
单颗MEO卫星定轨中的二阶钟差模型
10.
The Interpolation Methods for Satellite Coordinate and Clock Offset Based on IGS Precise Ephemeris
基于IGS精密星历的卫星坐标和钟差插值
11.
Precision Analysis on Orbit and Clock of GPS Satellites Broadcast Ephemeris
GPS系列卫星广播星历轨道和钟的精度分析
12.
The moon with the Rebel base will be in range in thirty minutes.
叛军基地所在的卫星，将在３０分钟内进入射程
13.
China' s first manmade satellite made one complete revolution round the earth in 144 minutes.
中国第一颗人造卫星每144分钟绕地球一周。
14.
Study on the Analysis Theories and Algorithms of the Time and Frequency Characterization for Atomic Clocks of Navigation Satellites;
导航卫星原子钟时频特性分析理论与方法研究
15.
The Analysis of Frequency Stability's Presenting Methods for Atomic Clocks of GPS Satellites
GPS卫星原子钟频率稳定度表征方法分析
16.
Analyses of Main Error Sources on Time-Domain Frequency Stability for Atomic Clocks of Navigation Satellites
导航卫星原子钟时域频率稳定性影响因素分析
17.
About a dozen minutes after lift-off, the carrier rocket first released the "Experiment Satellite I" and then "Nano-satellite I" 30 seconds later.
在点火大约十分钟后，运来火箭首先释放了实验卫星一号，三十秒以后纳米卫星一号也被释放。
18.
satellite - to - satellite tracking
卫星－卫星跟踪技术