压电引信

压电引信传感器设计与研究

Design and Study of Piezoelectric Fuze Transducers

性能实验结果表明，该压电引信传感器较好地解决了压电触发引信的万向性问题，与同类触发引信相比响应时间更快、工作更可靠。

Performance experiments showed that the piezoelectric fuze transducer can solve the problem of omnidirectionality for piezoelectric fuze , having fast response time and high reliability .

并联压电陶瓷引信电源分析和设计

Analysis and design of fuze power by parallel connection piezoelectricity material

本文主要针对现代引信对电源的快速激活特性要求，研究了两种利用压电效应发电的引信电源：多层压电电源和射流激振式压电发电机。

Aimed at the activation rapidness of modern fuze power supply , two kinds of piezoelectric power supply are studied in this dissertation .

压电陶瓷作为压电引信的关键元件，其贮存可靠性至关重要。

The piezoelectric ceramics takes as the key element of piezoelectric fuze , its stor-age reliability is very important .