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为了得到更丰富的地质目标的电性特征以及较直观的地质结构,在有条件的情况下,开展三维高密度电阻率[CT工作,与二维观测方法不同,三维方法对工区场地有更高的要求,环境条件等因素对三维系统影响较大。本文利用一些复杂条件下得到的三维结果,进行了分析,认为在实践中根据这些复杂条件有针对性的采取必要的措施和方法,可以得到更加理想的结果以解决工程地质等问题。
In order to obtain the electrical characteristics of richer geologic targets and the more intuitive geologic structure, under the circumstance that the three-dimensional high-density resistivity [CT work is different from the two-dimensional observation method, the three-dimensional method has higher elevation in the work area The requirements, environmental conditions and other factors have a greater impact on the three-dimensional system. In this paper, we analyze the three-dimensional results obtained under some complex conditions and think that we can take the necessary measures and methods according to these complicated conditions in practice and get more ideal results to solve the problem of engineering geology.