Detection of Underground Geological Structure by Radio-wave Laneway Penetration Technology: -- Taking F6226 of Buliangou Coal Mine as an Example

Wenxin Guo; Rui Guo; Tianlong Lan; Heping Niu; Jiangfeng Chen

doi:10.54097/ije.v4i1.002

Authors

Wenxin Guo
Rui Guo
Tianlong Lan
Heping Niu
Jiangfeng Chen

DOI:

https://doi.org/10.54097/ije.v4i1.002

Keywords:

Radio-wave Laneway Penetration, Collapse Column Perspective, Drilling and Mining Verified

Abstract

Hidden geological anomalies such as roof water and fault of working face will affect the mining progress and even induce coal and rock dynamic disaster. Therefore, it is necessary to use radio-wave laneway penetration meter for detection in the process of coal mining. The geological structure existing in the F6226 working face has been basically verified by this technology, which provides technical basis and support for geological work such as drilling. Through the study of the application effect of F6226 working face laneway penetration technology, and comparison with the real data revealed in the actual drilling and mining, the delineated abnormal areas in the laneway penetration results show that the abnormal areas of the 3D seismic data are verified and a collapse column is modified. The application of laneway penetration technology in mine geology improves the safety of coal mine production.

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