摘要
为了满足新型驱护舰系统级强电磁脉冲防护试验的需求,分析了舰艇的电磁脉冲效应和耦合途径,并根据防护试验的特点,提出了基于试验目标、设施设备、组织实施和加固评定的舰船系统级EMP(electromagnetic pulse)防护试验方法。探讨了以试验平台动力定位与瞬时姿态控制、天线方向图设计与模拟器海上架设、EMP效应试验摸底、验证与分析为核心的试验关键技术。仿真推演结果表明,该试验方法设计合理,经济有效,可应用于工程实践,为舰艇等大型装备系统级EMP防护试验的研究提供了一条新的思路。
To meet high intensity electromagnetic pulse protection test requirements of new type destroyer and frigate ship, the electromagnetic pulse（ EMP） effect and coupling problem are analyzed. According to the characteristics of protection test, the system level test method of ship-flat is proposedbased on test goal, facilities and equipment, organization and implementation, reinforcement and evaluation. The key technologies of test method are discussed, including flat dynamic positioning and posture control technology, antenna pattern and simulator design technology, verification, validation and analysis tech- nology of EMP effect test. The simulation results indicate that this test method could be used to estimate ship EMP protection quickly and effectively at engineering analyses, and it provides an effective means for the system level EMP protection test research.
出处
《现代防御技术》
北大核心
2016年第1期22-26,41,共6页
Modern Defence Technology
关键词
电磁脉冲
试验方法
耦合
系统级
关键技术
模拟器
electromagnetic pulse （EMP）
test method
coupling
system level
key technology
simulator
