脉冲电源系统

P. Stone, Aka P.V. Vassioukevitch
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引用次数: 1

摘要

本文是对脉冲电力系统研究的延续[1],[2]。电磁发射弹的特点和复杂性是众所周知的。电致发光的低效率促使人们研究一种全新的器件,以及一种新型的电磁能源。本文研究了一种由改良苦磁体和高频脉冲能量发生器组成的新型电致发光电源。发明装置受到国际发明申请的保护。加速弹丸和电火花管之间没有电接触,解决了摩擦和过热的问题。同时对电液进行了截面设计,解决了电磁能量在机筒内无用积累的问题。在高电压段使用改良的苦磁铁可以产生比已知高电压段高数十倍的磁场密度,从而将电磁压力增加数百倍以加速弹丸。本文更详细地说明了EL以及EL原型的测试结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pulse Power System
This article is a continuation of the research of Pulse Power Systems [1], [2]. Current features as well as complications of Electromagnetic Launchers (EL) of projectile are well known. The low efficiency of EL prompted the research for a fundamentally new type of devices, as well as a new type of electromagnetic energy sources. This article is considering a new type of EL combined with modified Bitter Magnet and High-Frequency Pulse energy generator as a power source for sections of EL. Devices are protected by international applications for inventions. The absence of galvanic contact between the accelerated projectile and the EL barrel resolving the issue of friction and overheating. Also Sectional design of the EL resolving the issue of useless accumulation of electromagnetic energy in the barrel. Using modified Bitter Magnet in EL sections allows to create magnetic fields tens of times higher density than in a well known EL, which increases the electromagnetic pressure by hundreds of times to accelerate the projectile. This article illustrates EL in greater details along with a test result of the EL prototype.
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