Two-Dimensional Forward Modeling of the NACP Anomaly (COPROD2R Data).

J. Pous, J. Ledo, Á. Marcuello, P. Queralt
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引用次数: 2

Abstract

A two-dimensional resistivity model was obtained for the COPROD2R data set by trial-and-error forward model fitting of the apparent resistivities and phases. Two major conductivity zones were found to explain the data in the zone where the NACP anomaly is located. The first one coincides with previous interpretations of the NACP anomaly, which results in four separate conductive bodies. The second is another deeper conductor, whose top is located at 26 km depth with its base deeper than 40 km. A test removing this deeper conductor was made in order to ensure its detectability.
NACP异常的二维正演模拟(COPROD2R数据)。
对COPROD2R数据集进行视电阻率和相的试错正演拟合,得到二维电阻率模型。发现了两个主要的电导率带来解释NACP异常所在区域的数据。第一个解释与之前对NACP异常的解释一致,NACP异常导致了四个独立的导电体。第二个是另一个更深的导体,其顶部位于26公里深,底部深度超过40公里。为了确保它的可探测性,我们做了一个测试,去掉了这个更深的导体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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