Geostationary satellites orbit the Earth at a speed that matches the planet's rotation.

地球同步卫星以与地球自转一致的地球运行。

The future, then, looks bounded by that new outer limit of planet Earth, the geostationary orbit.

那么，未来看来要被限制在地球的新的外边界之内，即同步轨道。

Chakraborty studied that process in large thunderstorm systems over the tropics, using data from geostationary and circumpolar satellites.

查克拉伯蒂研利用同步卫星和极地卫星收集的数据，在热带地区的大型雷暴系统中研究了这一过程。

Current designs estimate that it would take about 8 days to elevate an object into geostationary orbit.

依照现在的设计，预估大约需要八天才能将一个物体抛上地球同步轨道。

And then you also have geostationary satellites, which are looking at the earth and rotating along with earth.

还有对地静止卫星，它们看着地球并随着地球旋转。

So the geostationary highway is where we put communication satellites.

所以地球静止高公路我们放置通信卫星的地方。

The geostationary earth orbit satellite is the 29th member of the third-generation BDS-3 system, which will consist of 30 in total.

这颗地球静止轨道卫星代BDS-3系统的29位成员，该系统共将由30颗卫星组成。

[Moriba] The one that you can very much see is this geostationary highway.

- [Moriba] 你最能看到的就这条地球同步公路。

The Federal Communications Commission said Dish Network had reneged on an agreement about positioning the geostationary satellite at the end of its working life.

美国联邦通信委员会表示，Dish Network 违背了一项协议，未能正确使其失效的卫星脱离轨道。

And all geostationary satellites, like those used for communication or navigation, they use Sidereal time to keep their orbits locked with the Earth's rotation.

所有对地静止卫星， 例如用于通信或导航的卫星，都使用恒星时来保持其轨道与地球自转锁定。

Objects at this specific distance are in geostationary orbit, meaning they revolve around Earth at the same rate the planet spins, thus appearing motionless in the sky.

处在这个特定距离下的物体，同时也处在地球同步轨道上，意味着它们行地球的率和地球自转相同，因此它们在天空中的位置看起来静止不动。

NOAA and EUMETSAT also exchange data from geostationary satellites, and have a back-up agreement in place for data sharing should either agency’s spacecraft experience trouble.

NOAA 和 EUMETSAT 还交换来自地球静止卫星的数据， 并且在任何一个机构的航天器遇到问题时都有数据共享的备份协议。

These mechanisms would require huge amounts of electricity, which could be provided by solar panels or potentially even nuclear systems. Current designs estimate that it would take about 8 days to elevate an object into geostationary orbit.

这些机制需要大量的电力，这些电力可以由太阳能电池板甚至核系统提供。目前的设计估计，将物体提升到地球静止轨道大约需要 8 天。