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PROSPECT IN DEVELOPMENT OF HEAVY –LIFT LAUNCH VEHICLE ORBITERS FOR DISTANS SPACE MISSION

机译:远程空间发射重型起升汽车轨道器的发展前景

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Currently, the issue of development of orbiters for heavy-lift launch vehicles, providing longtimespace flight missions, is very urgent. The development of such orbiters will allow us to makeprogress in realization of manned missions to the Solar System planets, protection of the Earthagainst the collision with asteroids, cleaning of near-Earth space from anthropogenic spacedebris, etc.The ground for a potential possibility to develop orbiters, powered flight time of which is manytimes higher than that of existing spacecraft, is the progress in designing of flight nuclear reactorsas well as drivers using the effects of interaction with environmental magnetic fields. The RussianFederation has started to develop a propulsion system that cardinally stands out for a flightclosed-cycle nuclear reactor, radioactive environmental action of which is eliminated; workingmedium of engines and plume are not radioactive.This report presents versions of technical aspect of orbiters, consisting of propulsion systems(including those having nuclear reactor), electric-ion engines, and drivers that use the effect ofinteraction with environmental magnetic field. Characteristics of new orbiters are compared withthose of the designs that are well known from materials of conferences and scientificpublications.
机译:目前,重型运载火箭的轨道器发展问题 太空飞行任务,非常紧急。这种轨道器的发展将使我们能够 在完成对太阳系行星的载人任务,保护地球方面的进展 防止与小行星碰撞,从人为空间清洁近地空间 杂物等 可能发展轨道飞行器的地面,其动力飞行时间很多 飞行核反应堆的设计进展是现有航天器的三倍 以及使用与环境磁场相互作用的驱动器。俄国人 联邦已经开始开发一种能够在飞行中脱颖而出的推进系统 消除了放射性环境作用的闭环核反应堆;在职的 引擎和烟羽的介质不具有放射性。 本报告介绍了由推进系统组成的轨道器技术方面的版本 (包括具有核反应堆的那些),电离子发动机和利用以下效应的驱动器 与环境磁场的相互作用。将新轨道器的特性与 会议和科学材料中众所周知的设计 出版物。

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