核电子学与探测技术
覈電子學與探測技術
핵전자학여탐측기술
NUCLEAR ELECTRONICS & DETECTION TECHNOLOGY
2009年
4期
738-741
,共4页
孙蓓云%周辉%陈向跃%毛从光
孫蓓雲%週輝%陳嚮躍%毛從光
손배운%주휘%진향약%모종광
固态继电器%电磁脉冲%Bayes方法%生存概率
固態繼電器%電磁脈遲%Bayes方法%生存概率
고태계전기%전자맥충%Bayes방법%생존개솔
solid state relay%EMP%Bayesian method%survival probability
用Bayes方法对固态继电器二项分布电磁脉冲效应数据进行了分析,给出了在无先验信息分布为beta(0.5,0.5)时固态继电器生存概率的推断结果,为进行相关电子系统的易损性分析打下基础.
用Bayes方法對固態繼電器二項分佈電磁脈遲效應數據進行瞭分析,給齣瞭在無先驗信息分佈為beta(0.5,0.5)時固態繼電器生存概率的推斷結果,為進行相關電子繫統的易損性分析打下基礎.
용Bayes방법대고태계전기이항분포전자맥충효응수거진행료분석,급출료재무선험신식분포위beta(0.5,0.5)시고태계전기생존개솔적추단결과,위진행상관전자계통적역손성분석타하기출.
The principle to estimate the parameter p of binomial distribution by Bayesian method and the several non-informative prior are introduced. The survival probability of DC solid state relay under cur-rent injection at certain amplitude is obtained by this method.
