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从理论和实验两个方面探讨了反“反应装甲”的新途径──小聚能装药对反应装甲穿孔而不爆炸，从而排除了反应装甲干扰。初步找到了小聚能罩材料即低声抗材料和易断裂射流的材料。计算了新材料的射流参数、冲击压力，产生了半经验的射流侵彻钢板的临界速度模型，通过实验进行了对比，并对穿孔而不爆炸进行了检验。对改进串联装药和对单级装药反“反应装甲”设计具有重要参考价值。
A new approach to “reaction armor” was discussed both theoretically and experimentally - the small charge can eliminate the reaction armor perforation without explosive reaction. Initially found a small energy hood material that is low acoustic material and easy to break jet material. The jet parameters and impact pressure of the new material were calculated, and the critical velocity model of the semi-experienced jet penetrating steel plate was generated. The comparison was made by experiments and the perforation without explosion was tested. It has an important reference value for improving tandem charge and anti-reaction armor design for single-stage charge.