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电磁环境船模预测技术的误差分析研究
引用本文:张崎,郝金玉,温定娥,喻菁.电磁环境船模预测技术的误差分析研究[J].船海工程,2008,37(6).
作者姓名:张崎  郝金玉  温定娥  喻菁
作者单位:1. 电磁兼容性国防科技重点实验室,武汉,430064;中国舰船研究设计中心,武汉,430064
2. 海军驻426厂军事代表室,辽宁,大连,116005
基金项目:武器装备预研基金  
摘    要:基于缩比船模原理,从模型限制误差、方法误差和问题本身的误差等方面分析电磁环境船模预测技术的主要误差源,并在此基础上分别论述上述误差源对电磁环境预测精度产生的影响.可以有针对性地采取相应措施控制误差,以更好地获取逼近于实船的电磁环境分布特性.

关 键 词:电磁兼容  缩尺船模  电磁环境  误差

Errors Analysis of Electromagnetic Environment Prediction Technology via Model Measurement
Authors:ZHANG Qi  HAO Jin-yu  WEN Din-ge  YU Jing
Institution:ZHANG Qi1,2,HAO Jin-yu3,WEN Ding-e1,YU Jing1,2 (1.The National Key Laboratory of EMC,Wuhan 430064,China,2.China Ship Design , Research Center,3.Office of Military Representatives in No.426 Factory,Dalian Liaoning 430060,China)
Abstract:According to the theory of scale brass model,error sources of the electromagnetic environment prediction technology were analyzed,including model-limited errors,technique-limited errors and problem-dependent errors.And the influences caused by these errors have been introduced.Based on the above analysis,the corresponding methods can be used to control errors,which can predict more actual characteristics of electromagnetic environment and can provide more exact data for engineering.
Keywords:electromagnetic compatibility(EMC)  scale brass model  electromagnetic environment(EME)  error  
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