orbiters
英 [ˈɔːbɪtəz]
美 [ˈɔrbətərz]
n. (绕天体作轨道运行的)宇宙飞船; 轨道飞行器
orbiter的复数
双语例句
- If it makes it, it will join two rovers and two orbiters belonging to NASA and a European satellite already exploring Mars.
如果获得成功，这颗卫星将加入已经在探索火星的美国国家航空及太空总署（NASA）的两辆火星车和两颗卫星及一颗欧洲卫星的行列。 - NASA plans two more missions, one each for the remaining two orbiters, Endeavor and Atlantis, before the Shuttle program ends later this year.
国家航空和宇宙航行局计划两个任务，分别为剩馀的两个轨道航行器、勇气和亚特兰提斯岛，在航天飞机计划结束今年晚些时候。 - View of Valles Marineris, using wide-angle imagery from NASA's Viking orbiters and the Mars Orbiter Camera.
查看水手谷，利用美国宇航局的海盗号轨道器和火星轨道器照相机广角图像。 - Operations of Chang'e-2 are in the second stage of the Chinese moon-landing project, which focuses on collecting information for future orbiters to land on the moon.
嫦娥二号的运行属于中国探月工程二期，它主要为未来的卫星登月收集资料。 - Orbiters, landers and rovers have all been used to explore Mars.
轨道器、登陆器和探测器都是用于火星探索的。 - The two Viking orbiters made maps of much of the surface.
两个海盗号轨道飞行器绘制出了火星大部分表面的地图。 - Radar sets in patrol planes enabled the British and American navies to bring the German submarines under control. The two Viking orbiters made maps of much of the surface.
安装在巡逻飞机上的雷达设备，使英、美海军得以制服德国潜艇。两个海盗号轨道飞行器绘制出了火星大部分表面的地图。 - The Viking orbiters found that much of the southern part of Mars is full of old holes, or craters.
海盗号轨道飞行器发现，火星南部的大部分地区布满了古老的洞穴或环形山。 - The Viking spacecraft consisted of two orbiters.
维京太空船由两个轨道航行器组成。 - Kinematic Orbit Determination of Low-Earth Orbiters Based on GPS Precise Point Positioning Technique
基于GPS精密单点定位的低轨卫星几何法定轨 - A Study of Relative Orbit Determination for Low Earth Orbiters Based on Dual Frequency P Codes of Onboard GPS Receiver
基于双频P码的星载GPS低轨卫星相对定轨研究 - For low-earth orbiters ( LEO), atmospheric drag is the main error source in orbit determination.
对低轨卫星（LEO），大气阻尼摄动是主要的定轨误差源。 - Compared with differencing model, the method of precise orbit determination of low earth orbiters with GPS point positioning have a few advantages, such as no using of terrain receivers, small amount of work. It has a good foreground in precise orbit determination.
非差GPS定位与差分方法相比具有不需要地面站、能直接得到测站坐标、工作量小、效率高等优点，因此精密单点定位在低轨卫星的定轨方面具有良好的应用前景。