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首页> 外文期刊>International Journal of Electrical and Computer Engineering >Electric Filed Intensity of the Lightning Strikes on Lightning Air Terminals Installed on Building Structures
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Electric Filed Intensity of the Lightning Strikes on Lightning Air Terminals Installed on Building Structures

机译:安装在建筑结构上的雷电端子的雷击电场强度

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Lightning activities are growing up rapidly with global warming. It can affect anything on the earth. All the constructed buildings need proper protection from the harmful effect of lightning. Lightning strike points on different geometrical shapes have been investigated. Lightning strike distribution of different building structure is very important to be studied. In order to analyse the maximum effect of lightning strike pattern is obtained of different air terminals installed on scaled building structures. High voltage impulse generator is used in order to get the impulse voltage. Different numbers of air terminals have been applied to all the shapes in order to see the lightning strike points. Electric field is obtained in order to see its minimum and maximum effect on the entire building structure. Interestingly the phenomenon of lightning air terminal bypasses has been proved in this paper.
机译:随着全球变暖,闪电活动迅速增长。它可以影响地球上的任何东西。所有建造的建筑物都需要适当的保护,以免受雷电的有害影响。已经研究了不同几何形状上的雷击点。研究不同建筑结构的雷击分布非常重要。为了分析雷击模式的最大效果,获得了安装在缩放建筑结构上的不同空气终端的效果。为了获得脉冲电压,使用了高压脉冲发生器。为了查看雷击点,已对所有形状应用了不同数量的空气终端。获得电场是为了查看其对整个建筑结构的最小和最大影响。有趣的是,本文已证明了雷电终端旁路的现象。

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