摘要
为了帮助引信和武器工作者了解和合理应用热电池,综述了热电池的电激活、外置机械激活、内置机械激活和冲击激活等激活机构,及其通过电点火头、撞击火帽、针刺火帽或冲击热能点火的工作原理。电激活机构热电池设计简单,相对成熟,可靠性高,电性能稳定。机械激活热电池设计要求综合考虑激活机构承受的环境力、火帽参数、电性能等因素。冲击激活热电池设计更为精细,将成为今后研究的一个方向。
In order to help the professionals of fuze and weapons to know and reasonably use the thermal battery,of which,the thermal battery electric activation,external mechanical activation,built-in mechanical activation and shock activating etc.were reviewed in this paper,and the principle of electric match,percussion,stab primer and impact heat energy ignition were described as well.Electric activation was of simple design,relatively mature,high reliability,electrical performance stability.Mechanical activation thermal battery design requiremented comprehensive consideration of the factors of environment force of the activation,parameters of the percussion cap,electric performance etc.Shock activation battery design was more elaborate,that would lead the future research direction.
出处
《探测与控制学报》
CSCD
北大核心
2011年第4期51-55,共5页
Journal of Detection & Control
关键词
热电池
激活方式
电性能
thermal battery
activation mode
electrical performance
