TEM Apparent Resistivity 3D Imaging and its Application in the Tunnel Geological Forecast
The 2D section of apparent resistivity contour lines is often used in the result interpretation of transient electromagnetic (TEM). However, the 3D image is more straight, more abundant information and more comprehensive interpretation compared to 2D image, and which will improve the TEM geological forecast interpretation accuracy. Thus, the study of 3D imaging technique of TEM geological forecast becomes meaningful. A 3D imaging technique of apparent resistivity based on the equivalent conductance plane method will be advanced and its principle will be introduced in the paper. Through the engineering example, the TEM apparent resistivity 3D imaging technique characters and its application effect of tunnel geological forecast will be detailed analysis. Finally, sum up some conclusions and laws, continuously improve the accuracy of TEM tunnel geological forecast.
Transient electromagnetic 3D imaging apparent resistivity geological forecast
SU Mao-xin LI Shu-cai LI Xiu XUE Yi-guo QIU Dao-hong
Research Center of Geotechnical and Structural Engineering,Shandong University,JiNan,China 250061 College of Geology Engineering and Geomatics,Changan University,Xian,China 710054
国际会议
大连
英文
531-534
2009-10-20（万方平台首次上网日期，不代表论文的发表时间）