电容耦合电阻率法（CCR）是一种新颖的物探方法，它利用电容向地下供电，并利用电容来测量地表耦合电位。
Capacitivity -Coupled Resistivity (CCR) Method is a new geophysical exploration method, which uses capacitor to supply current to underground and measures coupled electric potential as well.
在实际工作中地下氡测量将为其他物探方法、工程实施等提供借鉴参考。
In practical work, underground radon measurement provides the reference information for conducting other geophysical methods and implementing projects.
随着人们对地下溶洞和人工洞室的探测精度的要求越来越高，单一的物探方法并不能满足高精度勘探的要求。
With more and more accuracy demands for detecting artificial cavity, unitary geophysical method couldn't meet the requirement of high-resolution detecting.
对于各种不同地表条件和地下地质条件的地区做了大量石油物探工作。
A great deal of work was done in areas where the geophysical and geology conditions on surface and at depth are so varied.
阐述了以综合物探为主要手段探测地下隐伏岩溶的工作原理及过程。
The operating principle and process of detecting hidden underground karst with comprehensive geophysical prospecting method are stated.
在深圳市地下水资源调查评价工作中，综合物探技术所起的作用和取得的成果。
This paper describes the role and achievements of the integrated geophysical exploration technique in the investigation and evaluation of groundwater resource in Shenzhen City.
地球物理成像探测技术相比其他物探技术方法，具有独特的优势和作用，比较适合地下岩溶、地下构造的探测。
Compare to other geophysics means, geophysics tomography technology Have distinctive preponderance and action. It is fit for the detection of subterranean karst and subterranean struction.
运用综合物探方法探测富水断裂，是寻找地下水的关键，可以提高成井施工的效率。
Abundant water rupturing is the key to find underground water. It can arise ratio succeeding in well.
此外，还介绍了瑞利波在地下目的物探测中的应用。
Moreover, the application of Rayleigh wave into detecting of underground obstacles is described.
结合地质、监测、物探及施工资料，对地下厂房施工期围岩的变形与破坏特征进行分析。
The deformation and fracture characteristics of the surrounding rock mass are analyzed according to the geological conditions, monitoring and geophysical prospecting data, and construction process.
结合地质、监测、物探及施工资料，对地下厂房施工期围岩的变形与破坏特征进行分析。
The deformation and fracture characteristics of the surrounding rock mass are analyzed according to the geological conditions, monitoring and geophysical prospecting data, and construction process.
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