Примеры использования Low earth orbit на Английском языке и их переводы на Русский язык
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This crowding problem could worsen as a large number of space weapons could be deployed in Low Earth Orbit LEO.
Arduino platform and launching them into Low Earth Orbit.
biological samples to outer space in low Earth orbit.
Horizon was estimated to require 147 early Saturn A-1 rocket launches to loft spacecraft components for assembly in low Earth orbit at a spent-tank space station.
As a result, the GPV accelerates to achieve the First Cosmic Velocity on a low Earth orbit.
It was to be able to carry a payload of over 500 metric tons into low Earth orbit.
The requirement was for an air-launched missile that could be used against satellites in low Earth orbit.
The new launcher version was able to deliver up to 2.8 tonnes in low Earth orbit.
Swarm-B is one of three satellites of the Swarm constellation launched simultaneously into low Earth orbit on 22 November 2013.
KITSAT 2 was launched on 26 September 1993 by Ariane and placed into a 795 x 805 km low Earth orbit with a 98.68 degree inclination.
Most artificial satellites operate in this region called low Earth orbit and must fire their engines every couple of weeks or a few times a year depending on solar activity.
Low Earth orbit(LEO) is any altitude up to 1,000km and is used most often for Earth observation, science and telecommunications networks.
Italy is the main sponsor of Vega, a launch vehicle for satellites up to 1.5 tons in low Earth orbit.
With a view to establishing a low Earth orbit satellite communications system, three Gonets-D1 space objects were launched into artificial Earth satellite orbit on 19 February 1996.
In 1993 such a programme was dedicated to"Legal Issues Concerning Low Earth Orbit Communications Satellite" and in 1994 to"Legal
The Republic of Korea's space programmes include both low Earth orbit(LEO) scientific mission satellite development and geostationary orbit(GEO)
The original intent was to use low Earth orbit(LEO) satellites to reach rural
ISRO aims to bring down the cost of payload delivery to low Earth orbit by 80% from existing 20,000$/kg to 4,000$/kg.
Once a vehicle leaves low Earth orbit and the protection of Earth's magnetosphere,
Satellites are in low Earth orbit at a height of approximately 485 mi(781 km)