Research on high-precision imaging technology of geoelectric method in deep mineral exploration
This article aims to study the high-precision imaging technology of geoelectric method in deep mineral exploration,in order to reveal the structure,properties,and distribution of underground minerals.Through theoretical analysis,the advantages of geoelectric method in deep exploration were first explored,and the purpose of high-precision imaging technology was elaborated.Subsequently,the effectiveness of this technology in practical applications was verified through experimental methods.Through high-precision analysis of electric field data,the resistivity distribution of deep underground structures was successfully restored,providing a reliable basis for accurate positioning of underground ore bodies.The research results indicate that the high-precision imaging technology of geoelectric method in deep mineral exploration has great potential application value.The conclusion emphasizes the importance of this technology in improving exploration efficiency and accuracy,providing strong technical support for the exploration of deep copper molybdenum polymetallic minerals in the Wangjiafang area of Yinan County,Shandong Province.
geoelectric methoddeep mineral explorationWangjiafangcopper molybdenum ore
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