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A fusion Propulsion system for Rapid Interplanetary Travel

机译:用于快速行星际旅行的融合推进系统

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摘要

A propulsion system with capabilities that far exceed conventional and nuclear thermal system is proposed for human exploration of the solar system and beyond. It makes use of fusion nuclear reactions, and Is based on the magnetic mirror configuration Which was studied extensively as a potential Terrestrial power reactor. Unlike the Conventional mirror machine, however, the Proposed device will confine a plasma of Such density and temperature as to make the Ion-ion collision mean free path much shorter Than the plasma length. Under these Conditions the plasma behaves like a fluid and Its escape from the machine is analogous to The flow of a gas into vacuum from a vessel With a hole, hence the name gasdynamic Mirro (GDM) (See Fig. 1)
机译:为了人类对太阳系及其他系统的探索,提出了一种具有远远超过常规和核热力系统能力的推进系统。它利用聚变核反应,并且基于磁镜配置,磁镜配置作为潜在的地面动力反应堆进行了广泛研究。但是,与传统的镜机不同,所提出的装置将等离子体的密度和温度限制在一定范围内,以使离子-离子碰撞平均自由程比等离子体长度短得多。在这些条件下,等离子体的行为类似于流体,并且其从机器中逸出的过程类似于气体从带有孔的容器流入真空的过程,因此被称为气体动力学Mirro(GDM)(见图1)。

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