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提出了反应装甲设计原理：快速运动的上飞板，不断地把射流切割成段；每一段射流都被上下飞板两次消耗部分长度；射流对主装甲的侵彻深度，就是出下飞板后各段残余射流侵彻深度总和。计算关系式中，包含了连续变化的射流速度和直径，飞板速度和厚度，主装甲钢的强度等主要弹靶因素。这是一种能确定“三明治”式反应装甲盒高度、长度和厚度的工程计算方法。计算结果与试验基本相符。
The design principle of reaction armor is put forward. The fast-moving upper flying plate continuously cuts the jet into segments. Each jet of jet is partially consumed by the upper and lower flight plates. The penetrating depth of the jet to the main armor is the height of the flying plate After the residual jet penetration depth of each paragraph. The calculation of the relational equation includes the main projectile factors such as the continuously varying jet velocity and diameter, flyer velocity and thickness, and the strength of the main armor steel. This is a computational method to determine the height, length and thickness of a “sandwich” reaction cell. The calculated results are in good agreement with the experiment.