Abstract : In order to evaluate killing efficiency of intelligent mine against tank, according to the specialties of MEFP warhead technology, parallel kill model of the intelligent mine attacking to tank top armor is founded on the basis of establishing scanning movement equation. By buliding the Monte Carlo simulation model of the intelligent mine against tank, the computer numerical simulation are carried out. At the same time, the paper calculates the killing probabilities of MEFP intelligent mine attacking to tank on the influence of EFP design parameter. As a result, for increasing kill efficiency of intelligent mine to tank, MEFP intelligent mine is supposed to adopt technology of parallel kill model.
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multi-warhead technology 多弹头技术
According to the specialties of MEFP warhead technology, radiation kill model and parallel kill model of MEFP Intelligent Mine attacking to tank top armor are founded.
根据MEFP战斗部技术的特点，建立了MEFP智能雷攻击坦克顶甲的辐射毁伤模型和平行毁伤模型。
This paper presents following research result that the penetration ratio (depth to caliber) up to 10 has been achieved by using the precision shaped charge warhead technology.
介绍了采用精密破甲战斗部技术使破甲穿深突破10倍装药口径的研究成果。
As a result, for increasing kill efficiency of intelligent mine field to armored aim in group, intelligent mine is supposed to adopt multiple explosively formed penetrator warhead technology.
结果表明：智能雷战斗部技术宜采用多爆炸成型弹丸战斗部技术，可以提高智能雷场对集群装甲目标的毁伤效能。
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