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An Improved ERT Approach for the Investigation of Subsurface Structures

机译:一种改进的地下结构研究ERT方法

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摘要

The joint use of multiple geophysical data types has been proven to be a powerful tool to both improve subsurface imaging and help in the interpretation process. The main goal of this paper is to develop a multi-geophysical approach for subsurface experimental investigations in which seismic data are used to improve electrical resistivity tomography quality. The basic philosophy of the method is that seismic travel time data will be used to construct the prior model for the resistivity inversion. Synthetic data were employed to demonstrate the improvements enabled by the use of this strategy. Afterwards, the scheme was applied successfully on field data from northwestern China. The outcomes reveal that the multi-geophysical approach improves the interpretation of the subsurface over a single source.
机译:多种地球物理数据类型的联合使用已被证明是改善地下成像和帮助解释过程的有力工具。本文的主要目标是开发一种用于地下实验研究的多地球物理方法,其中地震数据用于提高电阻率断层扫描质量。该方法的基本原理是,地震传播时间数据将用于构建电阻率反演的先验模型。使用合成数据来证明使用该策略所带来的改进。随后,该方案成功应用于西北地区的野外数据。结果表明,多地球物理方法改善了对单一来源的地下解释。

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