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Development of a Flight Scheme for a Perspective Spacecraft for Mars and Its Satellites Exploration

机译:开发火星透视宇宙飞船的飞行计划及其卫星勘探

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The article provides a brief description of the flight scheme of the advanced automatic spacecraft designed to study Mars and its satellites by remote and contact methods. At the Martian trajectory segment, it is planned to first put the probe into the Deimos' artificial satellite orbit. Then to land on Phobos to sample soil and deliver it to the Earth. The main ballistic characteristics of the spacecraft flight conditions at all stages of the launch after 2025 are given. Their timeframes for the five launch periods of 2026, 2028, 2030, 2033 and 2035 have been considered. Launching the spacecraft on the trajectory to Mars is performed by a heavy class launchers and upper stages. Angara-A5 LV with KVTK upper stage is considered as the main variant for injection.
机译:本文提供了通过远程和接触方法研究MARS及其卫星的先进自动航天器的飞行方案简要说明。 在火星轨迹段,计划首先将探针放入Deimos的人造卫星轨道中。 然后降落在Phobos上以样土壤并将其送到地球上。 给出了2025年后所有阶段的航天器飞行条件的主要弹道特性。 已经考虑了2026,2028,2030,2033和2035的五个发射期的时间框架。 在轨迹上发射航天器到MARS由沉重的阶级发射器和上阶段进行。 具有KVTK上阶段的Angara-A5 LV被认为是注射的主要变体。

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