两层模型土壤中接地网的地表电位和接地电阻

H. Zaini, S. Ghoneim
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引用次数: 5

摘要

均匀和双层土壤类型的计算机接地分析在80年代开始普及,主要是因为现代计算机的使用提高了准确性、速度和灵活性。本文提出了一种基于两层土壤视电阻率计算两层土壤中接地网接地电阻(Rg)和接地电势(ESP)的方法,该方法较为准确实用。该技术基于电流模拟方法(CSM)。采用这种技术是因为当电流注入接地网时,电极上的电流分布是不均匀的。电流模拟方法类似于电荷模拟方法。通过与文献结果的比较,说明了该方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Earth surface potential and grounding resistance for grounding grid in two-layer model soil
Computerized grounding analysis in uniform and two-layer soil types became widespread in the eighties, mainly because of the enhanced accuracy, speed and flexibility afforded by the use of modem computers. In this paper, an old but more accurate and practical technique is used for calculating the grounding resistance (Rg) as well as the Earth Surface Potential (ESP) of the grounding grids in two-layer soil which based upon the apparent resistivity of the two layer soil. This technique is based on the Current Simulation Method (CSM). This technique is used because of the current distribution on the electrode is not uniform when this current is injected into the grounding grid. The Current Simulation Method is analogous to the Charge Simulation Method. The validation of the method is described by a comparison with the results in literatures.
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