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高压电力线路工频电场对人体影响的分析
引用本文:刘元庆,邹军,张波,袁建生,武臻,野光明.高压电力线路工频电场对人体影响的分析[J].高电压技术,2004,30(12):35-36,55.
作者姓名:刘元庆  邹军  张波  袁建生  武臻  野光明
作者单位:清华大学电机工程系,北京,100084;焦作电业局,焦作454150;北京墨臣建筑设计事务所,北京,100037
摘    要:采用有限元软件ANSYS计算分析了高压电力线路静电场对人体的影响。比较了 3种不同人体模型在高电场强度下的场强、电场增强因子、电流密度和感应电流等参数 ,虽然不同人体模型的计算结果不同 ,但模型间存在着一些规律性的结论。此外 ,给出了一个非常简单的人体模型 ,计算证明该模型简化合理 ,可用于分析高压电力线路静电感应效应。

关 键 词:高压送电线  有限元  增强因子  感应电流
文章编号:1003-6520(2004)12-0035-02

Analysis of Influence of 50Hz Electric Fields Generated by the High Voltage Power Lines on Human Body
LIU Yuanqing,ZOU Jun,ZHANG Bo,YUAN Jiansheng,WU Zhen,YE Guangming.Analysis of Influence of 50Hz Electric Fields Generated by the High Voltage Power Lines on Human Body[J].High Voltage Engineering,2004,30(12):35-36,55.
Authors:LIU Yuanqing  ZOU Jun  ZHANG Bo  YUAN Jiansheng  WU Zhen  YE Guangming
Affiliation:LIU Yuanqing1,ZOU Jun1,ZHANG Bo1,YUAN Jiansheng1,WU Zhen2,YE Guangming3
Abstract:This paper is aimed at determining the impact of high electric field produced by high voltage transmission-line on human body. The finite element method has been applied to calculate the electric field, enhancement factor and induced current for three human body models. By the comparison of the three models, one can find the model factors which can influence the induced current in human body. A simple model is put forward. This paper will serve to explain the biological studies of possible long-term exposure effects to high voltage transmission-line.
Keywords:high voltage transmission-line  finite element method  enhancement factor  induced current
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