It concluded that a satellite in geostationary orbit would not constitute a permanent establishment.
(b)地球静止轨道上的卫星能否构成常设机构;.
Whether a satellite in geostationary orbit could constitute a permanent establishment;
报道称,近地轨道上的卫星能为地面上的偏远地区提供通信和互联网宽带接入服务。
Satellites in low Earth orbit can provide communications and broadband internet connectivity to remote areas on the ground.
这可能会影响轨道上的卫星,潜在地导致GPS导航、手机信号和天空等卫星电视的缺失。
This can affect satellites in orbit, potentially leading to a lack of GPS navigation, mobile phone signal and satellite TV such as Sky.
图为阿蒙森-斯科特南极站上的通讯卫星接收器,拍摄于2012年8月23日。
Communications satellite receivers at Amundsen-Scott South Pole Station, seen on August 23, 2012.
一些卫星电话使用地球静止轨道上的卫星,这些卫星意图在天空中保持固定的位置。
Some satellite phones use satellites in geostationary orbit, which appear at a fixed position in the sky.
Duna轨道上的ISA卫星,在绘制该行星表面的地形图。
ISA satellite in orbit over Duna being used to map the planet surface.
对于某些放在寿命期限长的低地球轨道上的卫星,计划在其运行寿命结束时将其转移到轨道寿命较短的轨道上。
For some satellites on long lifetime LEO orbits, a transfer to shorter lifetime orbits is planned at the end of their activelife.
这意味着每个在轨轨道上的GPS卫星都会在每秒开始时传输一条信息,从而让世界各地的时间同步。
This means that every GPS satellite in orbit transmits a message at the beginning of every second, allowing time to be synchronized around the world.
火星上的卫星试图揭示探测器的状态,到目前为止还没有成功。
Satellites at Mars have attempted to shed light on the probe's status, so far without success.
在12小时间,这样轨道上的卫星可观测到地球上的所有点。
During a 12-hour day, a satellite in such an orbit can observe all points on Earth.
一些卫星电话使用地球静止轨道上的卫星,这些卫星意图在天空中保持固定的位置。
Some satellite phones use satellites in geostationary orbit, which are meant to remain in a fixed position in the sky.
轨道上的碳观测卫星从太空中精确测量地球上二氧化碳的水平。
The Orbiting Carbon Observatory satellite makes precise measurements of Earth's carbon dioxide levels from space.
但现在一项新的研究表明,地球上的天然卫星和水星上的冰水可能比之前想象的要多。
But now a new study suggests that there maybe more ice water on Earth's natural satellite and Mercury than previously thought.
目前,火星上的卫星覆盖很少或没有,但是高德代理表明,未来由区块链驱动的网络可以提供基本的导航信息。
There currently is little or no satellite coverage on Mars, but future blockchain-powered networks could provide essential navigation information, for instance.
日本常驻代表团另谨转交已不在轨道上的日本卫星2006-041F的有关资料。
The Permanent Mission of Japan has the furtherhonour to transmit information concerning Japanese satellite 2006-041F, which has ceased to exist in orbit.
俄罗斯等国的太空监视网络能够搜索、跟踪所有地球轨道上的卫星,并进行特征描述。
Chinese and Russian space surveillance networks are capable of searching,tracking and characterizing satellites in all earth orbits.
能够在地球低轨道上靠近另一颗卫星运转的卫星往往没有足够的燃料接近在较远轨道上的卫星。
Satellites that can orbit near another in low-Earth orbit often will not possess sufficient fuel to approach satellites in more distant orbits.
你已经达到了更高的水平,并将在此停留,就像在轨道上的卫星将一直绕轨飞行。
You have reached a higher state, and you're going to stay there by default,just as a satellite in orbit will remain in orbit.
报告还说:“中国和俄罗斯的空间监视网络能够搜索、跟踪和描绘所有地球轨道上的卫星。
The DIA report adds that Chinese and Russian space surveillance networks are capable of searching,tracking and characterizing satellites in all earth orbits.
They will have todepend on the goodwill of companies like SpaceX to turn off their satellite transmitters when orbiting over a big radio observatory.
俄罗斯等国的太空监视网络能够搜索、跟踪所有地球轨道上的卫星,并进行特征描述。
Their space surveillance networks can search,track and characterize satellites in all Earth orbits.
报告还说:“中国和俄罗斯的空间监视网络能够搜索、跟踪和描绘所有地球轨道上的卫星。
Chinese and Russian space surveillance networks are capable of searching, tracking,and characterizing satellites in all earth orbits," the report said.
自那时起,航天技术有了迅速的发展,现在地球上的常规武器已能够摧毁轨道上的卫星。
Since then, aerospace technologies have advanced to the point where conventionalweapons on Earth are capable of destroying satellites in orbit.
中国和俄罗斯的空间监视网络能够搜索、跟踪和描绘所有地球轨道上的卫星。
Chinese and Russian space surveillance networks are capable of searching,tracking and characterizing satellites in all earth orbits.”.
俄罗斯有能力跟踪大俄罗斯有能力跟踪大多数地球静止轨道上的外国卫星(神秘的地球….
Russia has ground-basedtracking capabilities that can see most foreign satellites in geostationary orbit.
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