两水平层土壤模型的一种新的简化方法

M. T. Andrade
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引用次数: 0

摘要

研究接地装置需要对地形有充分的了解。通常使用四点方法来获取数据:Wenner或Schlumberger。在这项工作中,地形被建模为两个水平层。对IEEE 80和81标准中土壤测量解释的分析是本研究的基础。在标准80提供的参数电阻率曲线上,在温纳法中增加视电阻率等于两层电阻率平均值的位置。这项研究的结果包括一个新的和简单的方程,可以确定第一层的深度。因此,对于该参数的确定,不再需要图形分析。这个过程以同样的方式扩展到最著名的帕尔默方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new simplified method for soil modeling in two horizontal layers
The study of grounding installations requires an adequate knowledge of the terrain. Generally, four-point methods are used to get the data: Wenner or Schlumberger. In this job, the terrain is modeled as two horizontal layers. An analysis of the interpretation of soil measurements in the IEEE 80 and 81 standards is the basis of this study. To the parametric resistivity curves provided by standard 80, for the Wenner method, the place for which the apparent resistivity is equal to the mean value of the resistivity of both layers is added. The result of this study consists of a new and simple equation that allows to determine the depth of the first layer. So, for the determination of this parameter, the graphical analysis is no longer necessary. This procedure is extended to the best-known proposal of Palmer method in the same way.
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