... the Baikonur cosmodrome to the near-earthorbit in compliance with the International ... of obtaining scientific data in low-earthorbits, all service systems and science ...
... the Baikonur cosmodrome to the near-earthorbit in compliance with the International ... of obtaining scientific data in low-earthorbits, all service systems and science ...
... a spacecraft from a reference orbit to the target Earth satellite orbit and to Earth escape trajectories for interplanetary ... The engine is started in vacuum, following 1.5 hours of flight in the Earthorbit. ...
... but also an upper stage to enable its start from the near-Earthorbit and generate an escape velocity (beyond 11.2 km/s ... heavy-lift launch vehicle capable to deliver large payloads up to 100 t attached to the exterior to orbits and near-Earth space ...
... the Baikonur cosmodrome to the near-earthorbit in compliance with the International ... of obtaining scientific data in low-earthorbits, all service systems and science ...
... Stage (US) DM-SLB from low earth transfer orbit, where the SC/US had been delivered ... provided final ascent of the US DM-SLB/AMOS-3SC into reference near-earthorbit ...
... but also an upper stage to enable its start from the near-Earthorbit and generate an escape velocity (beyond 11.2 km/s ... aboard Vostok spacecraft the first cosmonaut of our planet Yuri Gagarin was flown to the artificial Earth's satellite orbit ...
... The elements of the vehicle are first delivered to low Earthorbit where they are assembled into a single vehicle. ... It is easier to construct in low Earthorbit than any other type of engine. ...
... placing of system L3 on launch vehicle N1 to the artificial Earth satellite orbit (staying on the artificial Earth satellite orbit up to 1 day); . ...
... heavy-lift launch vehicle capable to deliver large payloads up to 100 t attached to the exterior to orbits and near-Earth space ... low orbits of artificial Earth satellite - up to 100 t . the geostationary orbit - up to 20 t . ...