Antimatter-Initiated Microfusion: Direct Energy Conversion for Propulsion Applications

机译：反物质引发的微融合：推进应用中的直接能量转换

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An analysis has been performed on major components of a direct energy conversion system DIPEC (Direct Propellant Ionization Energy Conversion) for AIMStar (Antimatter-Initiated Microfusion Starship) propulsion applications to deep space. Results for distributed energies, efficiencies, thrust and Isp are presented.

机译：针对用于深空的AIMStar（反物质引发的微融合星舰）推进应用的直接能量转换系统DIPEC（直接推进剂电离能量转换）的主要组件进行了分析。给出了分布式能量，效率，推力和Isp的结果。

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《Space Technology and Applications International Forum (STAIF 2002), Feb 3-6, 2002, Albuquerque, New Mexico》|2002年|p.787-788|共2页
会议地点 Albuquerque NM(IS);Albuquerque NM(IS);Albuquerque NM(IS);Albuquerque NM(IS);Albuquerque NM(IS);Albuquerque NM(IS)
作者
Kevin J. Kramer; Gerald A. Smith;
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Department of Mechanical Engineering, Pennsylvania State University, University Park, PA 16801;

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原文格式 PDF
正文语种 eng
中图分类 V5;
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8. INVESTIGATION OF DIRECT CONVERSION DEVICES FOR APPLICATION TO ION PROPULSION [R] . A. L. HUEBNER 1959

机译：应用于离子推进的直接转换装置的研究

Antimatter-Initiated Microfusion: Direct Energy Conversion for Propulsion Applications

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