核电子学与探测技术
覈電子學與探測技術
핵전자학여탐측기술
NUCLEAR ELECTRONICS & DETECTION TECHNOLOGY
2015年
1期
5-7
,共3页
刘文臻%李树成%胡铸萱%汤仲鸣%杨清
劉文臻%李樹成%鬍鑄萱%湯仲鳴%楊清
류문진%리수성%호주훤%탕중명%양청
核电站%中子%自给能%β粒子%衰变%逃脱率
覈電站%中子%自給能%β粒子%衰變%逃脫率
핵전참%중자%자급능%β입자%쇠변%도탈솔
nuclear power plant%neutron%self-powered%βparticle%decay%escape probability
本文描述了核电站用自给能探测器的结构和工作原理等内容，并对自给能探测器β粒子逃脱率计算方法进行了详细研究。该计算方法是对自给能探测器β粒子逃脱率的初步研究，可以用于指导自给能探测器的设计工作。
本文描述瞭覈電站用自給能探測器的結構和工作原理等內容，併對自給能探測器β粒子逃脫率計算方法進行瞭詳細研究。該計算方法是對自給能探測器β粒子逃脫率的初步研究，可以用于指導自給能探測器的設計工作。
본문묘술료핵전참용자급능탐측기적결구화공작원리등내용，병대자급능탐측기β입자도탈솔계산방법진행료상세연구。해계산방법시대자급능탐측기β입자도탈솔적초보연구，가이용우지도자급능탐측기적설계공작。
This article describes the characteristic, structure and operation principle of self-powered detector used in nuclear power plant.It also provides a detailed study of escape probability calculation algorithm for self-powered detectorβparticle.This calculation algorithm is a preliminary study of the self-powered detectorβparticles escape probability, and can be used to guide the design of self-powered detector.
