摘要
定向红外脉冲强光辐射是定向红外对抗技术中的关键技术 ,用来破坏敌方精确制导武器或C4I系统中的红外传感器。本文主要研究了药物爆燃产生近红外辐射的特性 ,通过计算化学反应热分析了药物爆燃产生的总能量 。
Directional strong pulsed IR radiation is playing a key role in the directional IR antagonism technology, which is mainly used to destroy enemy precise guidance weapon and C 4I system. In this paper the characteristic of producing IR radiation by the synchronization explosion burning have been investigated. The total explosion burning energy has been analyzed by calculating chemical reaction energy. In this paper a few methods of experiment and results were given.
出处
《国防科技大学学报》
EI
CAS
CSCD
2000年第z1期30-34,共5页
Journal of National University of Defense Technology
基金
国家部委项目资助
关键词
强光辐射
反应热
定向红外
同步爆燃
intense infrared radiation
chemical reaction energy
directional IR
synchronization explosion burninh