Development of 120-mm Electro-Thermal Chemical Launcher

Fenglin Yao, Jun Li, Yingchun Gui, Peizhu Liu, Shizhong Li, Jiannian Dong, Mingan Zhang, P. Yan
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Abstract

The unique properties of the plasma utilized in ETC guns, such as the low viscosity, high momentum and high temperature, can lead to a more uniform ignition over the entire cartridge volume, even in large-caliber guns. Since 2002, the united research group leaded by Beijing Institute of Special Electromechanical Technology (BISET) has completed a lot of experiments with a novel surface discharge plasma igniter, which generates plasma from a cylindrical surface and distributes it through radial port. The results of these experiments have shown this igniter can present perfect ignition. This paper presents an overview of this ETC program including the igniter, pulsed power supply, 120 mm ETC launchers, and some experimental results. The further experimental studies are being continued.
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120毫米电热化学发射器的发展
ETC枪中使用的等离子体的独特特性,如低粘度、高动量和高温,可以在整个弹药体积上实现更均匀的点火,即使在大口径枪中也是如此。自2002年以来,北京特种机电技术研究院联合课题组对一种新型表面放电等离子体点火器进行了大量实验,该点火器从圆柱形表面产生等离子体并通过径向端口分布。实验结果表明,该点火器具有良好的点火性能。本文介绍了该ETC方案的总体情况,包括点火器、脉冲电源、120毫米ETC发射装置,以及一些实验结果。进一步的实验研究正在继续进行。
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