测定了临界穿孔能量及弹道极限速度。
Critical energy of perforation and ballistic limit were measured also.
一种情况是在给定靶板面密度条件下，模拟了弹道极限速度随优化系数的变化曲线；
One case is that given the armor's area density, the curve of the ballistic-limited velocity varying with the optimal coefficient is simulated;
从工程应用角度，总结了适合于多层冲击防护结构的弹道极限方程、设计方程和应用技术。
The ballistic limit equations, design equations, and application techniques applicable for the multilayer shock shield were summarized from the view of engineering application.
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