那将使得他们能把人造卫星移入飞船的货物舱。
That will allow them to manoeuvre the satellite into the shuttle's cargo bay.
该人造卫星每100分钟绕地球旋转一圈。
The satellite revolves around the earth once every hundred minutes.
人们对人造卫星送回地球的图片叹为观止。
People were awestruck by the pictures the satellite sent back to earth.
一颗新的人造卫星被送上了环绕地球的轨道。
我们发射了另外一颗人造卫星，今天的报纸上宣布了这一消息。
We have launched another man-made satellite, which is announced in today's newspaper.
何谓人造卫星?
人造卫星轨道的能量消减了。
过去，美国的人造卫星曾在控制下相会，或者是与其他飞行器对接。
In the past, US satellites have been commanded to approach and dock with other spacecraft.
但是，2004年取消了这次计划中的登陆，不过仍将有两颗人造卫星登上旅程。
But that landing was cancelled in 2004, though two orbiters should still make the journey.
过去的几年里，人造卫星大量增加。
The past few years have witnessed huge growth in the number of satellites.
由于妈妈病毒非常大，它有依赖自己的叫做“旅行者号”(人类第一颗人造卫星)的卫星病毒。
Mamavirus is so big that it has its own dependent, a satellite virus named Sputnik.
现在还很难确定“其他货物”究竟包括些什么，不过人造卫星很可能在其中占一席之地。
What those other things will be is still unclear, but satellites are a possibility.
NASA（美国国家航空和宇航局）的一颗人造卫星正在准备2008年的发射。
The NASA satellite is tentatively slated for launch in 2008.
你知道美国的第一颗人造卫星是什么时候发射的吗？
Do you know when the first artificial satellite of America was launched?
这项技术的使用最早出现在20世纪50年代，用于史普尼克3号人造卫星。
The technology was first used on the Sputnik 3 satellite in the 1950s.
这个人造卫星的轨道， 其最远点在离地球200英里的地方。
The orbit of the artificial satellite has an apogee of 200 miles from the earth.
这个人造卫星的轨道，其最远点在离地球200英里的地方。
The orbit of the artificial satellite has an apogee of 200 miles from the earth.
明年他们将发送另一颗人造卫星到太空。
到目前为止，许多国家已经向太空发射了人造卫星。
So far, man-made satellites have been sent up into space by many countries.
这些被折抱起来放在人造卫星里面。
在轨道活跃900颗人造卫星，而且几乎它们一半是美国的。
Some 900 active satellites are in orbit, and nearly half of them are American.
它们抵达人造卫星再返回地球所用的时间不用一秒钟。
They reach the satellite and return to the earth in less than a second.
中国将启用两颗人造卫星，可是这需要大量的时候和金钱。
China will enable two orbiter, but the time with this many need and money.
它是在绕地球轨道上运行的人造卫星。
这两个国家合作设计人造卫星。
在人造卫星的姿态控制中，广泛地采用偏置动量轮控制系统。
A momentum wheel control system is widely used for the attitude control of satellite.
地球周围有许多人造卫星运转。
如果人造卫星返回地球太快，它在归途中就会烧毁了。
If the satellite returns to earth too fast, it will burn up on the way.
如果人造卫星返回地球太快，它在归途中就会烧毁了。
If the satellite returns to earth too fast, it will burn up on the way.
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