CAJ | 학술논문

基于微机电起爆器的的原理及构成,对微机电起爆器涉及的含能桥、微小尺寸爆炸序列、微机电混合装配等关键技术进行了研究.结果表明,微小尺寸爆炸驱动飞片能够可靠起爆许用传爆药,突破了传统极限起爆药量的观念,为微小尺寸爆炸序列设计奠定了基础.
기우미궤전기폭기적적원리급구성,대미궤전기폭기섭급적함능교、미소척촌폭작서렬、미궤전혼합장배등관건기술진행료연구.결과표명,미소척촌폭작구동비편능구가고기폭허용전폭약,돌파료전통겁한기폭약량적관념,위미소척촌폭작서렬설계전정료기출.
Based on the fundamental theory and components of MEMS initiators,several related subjects,such as reactive bridge,micro-scale exploding sequeno and mix assembling MEMS parts were investigated.Results show that micro-scale exploding foil-driven flyer plate can reliably initiate specific booster charge,which break the conventional concept of minimum quantity of primary explosive,and provides potential guides for future design of micro-exploding sequences.