1.
European Galileo Satellite Navigation Systems and the Location Techniques
欧洲伽利略卫星导航系统和定位技术
2.
Simulation of Multipath Error in Galileo Navigation Satellite System
基于伽利略卫星导航系统的多径误差仿真
3.
Application Study of the European Galileo with GIS;
欧洲伽利略卫星导航系统结合地理信息系统的应用研究
4.
Modulation of BOC for Galileo system using chaotic CDMA spreading spectrum
基于混沌扩频CDMA的伽利略卫星定位系统BOC调制技术
5.
Performance Analysis of the GALILEO System Search and Rescue Service in China
伽利略卫星导航系统搜索与救援服务中国区性能分析
6.
Research on contrasting satellite navigation system GPS with GLONASS and Galileo
全球卫星导航系统GPS GLONASS伽利略的对比研究
7.
Overview of the Avionics Design of Galileo GIOVE-A
伽利略导航试验卫星电子系统设计概述
8.
the moons of Jupiter were produced by Galileo's spy-glass,
把伽利略观察到的木星卫星说成是伽利略用他的小望远镜变出来的人们，
9.
One of the four brightest satellites of Jupiter and the ninth in distance from the planet. It was first sighted by Galileo.
木卫一木星四颗最明亮的卫星之一，距木星的距离排为第九。它首先为伽利略所发现
10.
We can perhaps forgive those who said the moons of Jupiter were produced by Galileo's
对于那些把木星的卫星说成是伽利略的小望远镜的产物的人们, 我们或许是能够原谅的。
11.
Earlier the Voyager spacecraft had discovered Jupiter's rings as well as two small moons, Adrastea and Metis, close to the main ring's outer edge.
事实上，我们一直要等到伽利略号造访了木星，才了解到卫星的这个作用。
12.
We can perhaps forgive those who said the moons of Jupiter were produced by Galileo's spy-glass.
那么对于那些把木星的卫星说成是伽利略的小望远镜的产物的人们，我们或许是能够原谅的。
13.
Galileo is expected to reach Jupiter in 1995.
伽利略号探测器预计在1995年到达木星。
14.
In 1609, Galileo improved the telescope and used it to study the stars and planets.
1609年，伽利略改进了望远镜，用它研究星体和行星。
15.
Galileo proved that the earth moves around the sun like the other planets.
伽利略证明地球像其他行星一样围绕太阳转。
16.
The academic old guard of seventeenth-century Italy used the church courts to stop Galileo.
十七世纪意大利学院派老一代的卫道士利用教会法庭停止伽利略。
17.
One of the four brightest satellites of Jupiter and the seventh in distance from the planet. It was originally sighted by Galileo.
"最亮的四颗行星之一,与木星的距离排在其卫星的第七位,最早为伽俐略观测到."
18.
Internal Structure Models and Subsurface Ocean of Europa -Recent Researches After the Galileo Mission
木卫二的内部结构模型和海洋层——伽利略探测的最新研究进展