Design of Multi-point Simultaneous Initiating Circuit on a Plane
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摘要:介绍了战斗部平面多点同时起爆的作用特点，并与单点起爆进行了对比，结果表明：多点同时起爆时，装药中的平面爆轰波形成快。分析了多点排布的设计原则，重点探讨起爆点相对位置的安排，确定以等边三角形为基础布置起爆点。通过27点同时起爆网络进行了27点爆轰输出时间的测定，测试结果表明，起爆同时性极差小于0.6ms。此外，讨论了影响多点起爆同时性的因素，通过估算认为，装药的爆速是重要影响因素。
Abstract:The characteristics of multi-point simultaneous initiation were briefly introduced. The comparison with single-point initiation showed that a plane detonation wave in warhead charge would form earlier by multi-point simultaneous initiation. The principle of arranging initiating points was analyzed and an optimum way based on equilateral triangle was set up. Some test results of 27-point simultaneous initiation circuits showed that the initiating synchronization was less than 0.6ms. Moreover, the factors influencing the initiating synchronization of multi-point simultaneous initiation were discussed, and the estimation showed that the detonation velocity of the circuit was most important.
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