摘要
为解决有效转换成为快速作战的最大瓶颈问题,研制一种新的能满足小口径对空武器发展需求的复合引信。通过对近代小口径对空武器毁歼目标机理的分析,依据提高小口径对空武器毁歼目标概率的有效方法,基于高g值MEMS(micro-electro-mechanical systems)传感器及被动式静电探测技术,阐述MEMS传感器及静电探测技术在复合引信中的应用,并描述其工作机理和方法。结果表明,该复合引信能有效提高小口径对空武器的作战性能。
For solving the effective transformation of quick campaign, which is the biggest bottleneck, research on a new composite fuse which can meet the small bore antiaircraft weapon development. Through analyzing destroyed target mechanism of the modern small bore antiaircraft weapons, according to the method for improving target destroyed probability of the small bore antiaircraft weapon and based on the high g value micro-electro-mechanical systems （MEMS） sensor and passive static detection technology, introduce the application of MENS sensor and static detection technology in composite detonator, and describe its working mechanism and method. The result shows that the composite fuse can effectively improve the combat performance of small bore antiaircraft.
出处
《兵工自动化》
2012年第8期1-2,9,共3页
Ordnance Industry Automation
