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区别于传统爆震弹,某型强光爆震弹采用双层结构,即开孔外壳覆盖内壳,内壳集聚能量爆炸破裂,光通过外壳喷口泄出作用于目标,外壳体不发生破裂。为了研究这种新型结构对闪光强度的影响,在探讨烟火剂爆炸或燃烧产生的强光辐射的物理参量的基础上,分析强光辐射对人员的杀伤机理。通过对强闪光与人眼关系的分析,选择与之对应的技战参数。并利用声光威力测试系统对喷孔处的强光辐射进行了分析研究。结果表明,该弹满足设定的技战指标。为该弹的药剂设计提供了必要的依据。
Different from the traditional detonation bombs, a type of strong light detonation bombs use double-layer structure, that is, the shell covers the inner shell, the explosion energy of the inner shell explodes and burst, and the light leaks out through the shell spout to the target, and the outer shell does not rupture. In order to study the influence of the new structure on the flash intensity, the mechanism of the killing by strong light radiation is analyzed based on the discussion of the physical parameters of the intense light radiation caused by the explosion or combustion of the pyrotechnic agent. Through the analysis of the relationship between the strong flash and the human eye, select the corresponding technical and war parameters. And the use of sound and light power test system at the jet hole at the strong light radiation were analyzed. The results show that the bomb meets the set of technical and warfare indicators. Provided the necessary basis for the drug design of the bomb.