CAJ | 학술논문

弹药发射过程中同步起爆网络的组件可能会因高过载而产生结构损伤，为了研究结构装药损毁后对同步起爆网络输出性能的影响，设计了“一入二出”柔性同步起爆网络，对其响应时间进行了理论分析，给出了输出同步性偏差的估算公式。通过试验分析了转换接头内置装药在设定残损程度下对输出同步性的影响。结果表明，当装药残损率不超过20%时，输出同步性偏差随残损率的增大而增大；当残损率达到19.76%时，输出同步性偏差高达222ns。在给定可接受同步性偏差的条件下，可结合残损率与同步性偏差的关系式反推装药残损率，获得残损率不超过指定值的装药结构。
탄약발사과정중동보기폭망락적조건가능회인고과재이산생결구손상，위료연구결구장약손훼후대동보기폭망락수출성능적영향，설계료“일입이출”유성동보기폭망락，대기향응시간진행료이론분석，급출료수출동보성편차적고산공식。통과시험분석료전환접두내치장약재설정잔손정도하대수출동보성적영향。결과표명，당장약잔손솔불초과20%시，수출동보성편차수잔손솔적증대이증대；당잔손솔체도19.76%시，수출동보성편차고체222ns。재급정가접수동보성편차적조건하，가결합잔손솔여동보성편차적관계식반추장약잔손솔，획득잔손솔불초과지정치적장약결구。
The components of flexible synchronous explosive circuit may be broken due to overload in the process of missile launching. In order to study the influence of the broken inner charge on the output synchronization,“one input two outputs”flexible synchronous explosive circuit was designed. The output time of explosive circuit was theoretically analyzed and the deviation formula of synchronization was given. Moreover, the“one input two outputs”explosive circuit of different breakage rates of charge was tested. The results show that the output synchronization of“one input two outputs”explosive circuit becomes greater when the breakage rate is less than 20%, the deviation is 222ns when the breakage rate reaches 19.76%. The formula between breakage rate and output deviation can be used to derive the value of breakage rate, when the output deviation is limited, and it may be helpful to structural design.