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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Corona performance of conductor-to-plane gaps as influenced by underneath grounded and negatively stressed metallic grids
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Corona performance of conductor-to-plane gaps as influenced by underneath grounded and negatively stressed metallic grids

机译:接地和负应力金属格栅下方对导体至平面间隙的电晕性能的影响

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摘要

This paper is aimed at investigating how the positive dc corona performance of conductor-to-plane gaps is influenced by grounded and negatively stressed metallic grids located underneath the coronating conductor. A systematic experimental study is made to investigate the corona current-voltage characteristics and the current density distribution at the ground plane with and without grid. The wire-to-wire spacing, number, lateral distribution and height of grid wires as well as the conductor diameter are varied. The current density distribution at the ground plane is correlated with Warburg law that was proposed for point-plane coronas.
机译:本文旨在研究导体到平面间隙的正直流电晕性能如何受到加冕导体下方接地和负应力的金属网格的影响。进行了系统的实验研究,以研究具有和不具有网格的地平面上的电晕电流-电压特性和电流密度分布。线对线的间距,数量,侧向分布和网格线的高度以及导体的直径都会发生变化。接地平面上的电流密度分布与针对点平面电晕提出的Warburg定律相关。

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