Reaction Time and Explosive Movement 反应及爆发力训练
Numerical simulation for the cloud movement during explosive dispersion of liquid fuel was carried out.
对液体燃料的爆炸抛撒形成的云雾运动作了数值模拟。
For observing the details of movement of metallic parts driven by explosive detonation, free surface velocities of the metal plates were measured with the VISAR interferometer.
为了准确观察炸药驱动金属运动的细节,用激光速度干涉仪(VISAR)测量了金属平板表面速度变化历程。
The aim of this paper is to analyze the movement of metallic jet in fuze adapter generated by the high-speed high explosive antitank projectile through the use of numerical simulations.
文中采用数值模拟方法,对高速破甲弹生成的金属射流在头螺内运动过程进行了分析。
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