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电控发射药燃烧与射击能力试验研究

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针对弹丸初速可控可调打击发展的需要,使用新型电控发射药替代传统发射药,搭建电控发射试验平台,利用试验方法对电控发射药点火燃烧与射击能力进行验证,并研究加载电压对新型电控发射药燃烧及弹丸初速的影响.试验结果表明:电控发射药可以通过加载电能方式实现可控点火与燃烧,且随着电压的升高,燃烧速率提高;电控发射药可替代传统发射药,实现非致命弹丸的发射,且通过改变输入电压的数值,可以调节弹丸初速.试验研究结果为可调节动能发射方式提供了一种现实可行的新技术方案,为非致命武器系统的研究提供工程参考.
Experimental study on combustion and firing ability of electrically controlled propellant
Aiming at the need of the development of controllable and adjustable projectile muzzle velocity,a new electronic controlled propellant was used to replace the traditional propellant,an electronic controlled launching test platform was built,and the ignition combustion and firing ability of the electronic controlled propellant were verified by the test method,and the influence of loading voltage on the combustion and muzzle velocity of the new electronic controlled propellant was studied.The test results show that controlled ignition and combustion can be achieved by loading electric energy,and the combustion rate increases with the increase of voltage.Electronic control propellant replaces traditional propellant to realize non-lethal projectile launching,and the muzzle velocity of projectile can be adjusted by changing the value of input voltage.The experimental results provide a practical and feasible new technical scheme for the adjustable kinetic energy launching mode,and provide engineering reference for the research of non-lethal weapon systems.

electronic control propellantignition voltagetest studycombustion capacitymuzzle velocity regulation

王英霖、陈雷、訾皓然、黄印、李荣、谢函邑

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郑州机电工程研究所,郑州 450015

中国人民解放军第32382部队,北京 100072

湖北航天化学技术研究所,湖北襄阳 441003

电控发射药 点火电压 试验研究 燃烧能力 初速调节

2024

兵器装备工程学报
重庆市(四川省)兵工学会 重庆理工大学

兵器装备工程学报

CSTPCD北大核心
影响因子:0.478
ISSN:2096-2304
年,卷(期):2024.45(10)