摘要
目标动态引爆信号是研究提高引信抗干扰能力和引战配合效率的重要依据。这一信号除与目标特性和引信的探测特性有关外,还与弹目交会条件和姿态有关。本文研究并揭示了这种信号的空间特性与时间特性的关系,证明了用静态检测方法来获取这一信号的原理。还给出了这种理论在电容近炸引信研制中得到靶试结果证实的实例。
The dynamic initial signal is an important basis for improving the efficiency of matching between fuze and warhead and the ability of antijamming of the fuze . In general ,this signal is related not only to the target characteristics and the detecting characteristics of the fuze , but also to the conditions of encounter of the fuze and target and thier flying gesture . This paper provides an analysis on the relation between the time characteristics and space characteristics of the signal , and proves the principle of acquisition of such dynamic initial signals by means of static detection . An example of sucessful application of the theory in the development of capacity fuze is given .
出处
《北京理工大学学报》
EI
CAS
CSCD
1990年第3期42-48,共7页
Transactions of Beijing Institute of Technology
关键词
近炸引信
引爆信号
静态检测
proximity fuze / initiating signal , space characteristic , time characteristic , static detection .
