摘要
电爆装置作为舰载武器系统中最为敏感的元器件,可能因吸取周围环境的射频能而产生误动作,进而对舰船的战场生存能力构成威胁。为把握其耦合方式和特性,对舰船复杂的射频环境进行了综合分析,同时阐述了电爆装置的射频耦合致损机理。根据天线理论和基于保守估计的两个基本假设,在多个场源同时作用时,对舰船环境的射频能对电爆装置的危害进行了分析与理论计算,结果表明,舰船环境下的射频能可以对电爆装置产生严重的危害。
As the most sensitive element of ordnace on board EED may perform its unexpected function absorbing RF energy around, which is to threaten the warship＇s viability. To research EED＇s coupling mode and speciality this paper analyses the strong RF Environment on Warship, discussing RF coupling mechnism of EED. According to the antenna theories and the two understatement premises the hazard of RF energy to EED on board is analyzed and coupling power is calculated when some excitations are working at the same time. The conclusion is that the danger of RF to EED on warship environment can be very serious.
出处
《舰船科学技术》
北大核心
2007年第5期70-72,共3页
Ship Science and Technology
关键词
电爆装置
射频
舰船环境
electro-explosive devices
radio-frequency
environment on warship
作者简介
张波（1975-）,男,博士研究生,从事电爆装置射频安全性研究.
