Discussion on the application prospect of the transient electromagnetic method based on the dual launcher and mine advanced detection  

作　　者：Zhen Yang Huizhou Liu Shengqing Wang Yu Cao Ya Dong Chenghu Niu Weiwen Song Guoxin Xie Zhen Yang;Huizhou Liu;Shengqing Wang;Yu Cao;Ya Dong;Chenghu Niu;Weiwen Song;Guoxin Xie(State Grid Energy Hefeng Coal Power Co. Ltd., Tacheng Prefecture and Bukeseer County, Xinjiang, China;Anhui Huizhou Geology Security Institute Co. Ltd., Hefei, China)

机构地区：[1]State Grid Energy Hefeng Coal Power Co. Ltd., Tacheng Prefecture and Bukeseer County, Xinjiang, China [2]Anhui Huizhou Geology Security Institute Co. Ltd., Hefei, China

出　　处：《World Journal of Condensed Matter Physics》2024年第1期21-33,共13页凝固态物理国际期刊（英文）

摘　　要：The dual transmitter implements the equivalent anti-magnetic flux transient electromagnetic method, which can effectively reduce the scope of the transient electromagnetic detection blind area. However, this method is rarely reported in the detection of pipelines in urban geophysical exploration and the application of coal mines. Based on this, this paper realizes the equivalent anti-magnetic flux transient electromagnetic method based on the dual launcher. The suppression effect of this method on the blind area is analyzed by physical simulation. And the detection experiment of underground pipelines is carried out outdoors. The results show that the dual launcher can significantly reduce the turn-off time, thereby effectively reducing the impact of the blind area on the detection results, and the pipeline detection results verify the device’s effectiveness. Finally, based on the ground experimental results, the application prospect of mine advanced detection is discussed. Compared with other detection fields, the formation of blind areas is mainly caused by the equipment. If the dual launcher can be used to reduce the blind area, the accuracy of advanced detection can be improved more effectively. The above research results are of great significance for improving the detection accuracy of the underground transient electromagnetic method.The dual transmitter implements the equivalent anti-magnetic flux transient electromagnetic method, which can effectively reduce the scope of the transient electromagnetic detection blind area. However, this method is rarely reported in the detection of pipelines in urban geophysical exploration and the application of coal mines. Based on this, this paper realizes the equivalent anti-magnetic flux transient electromagnetic method based on the dual launcher. The suppression effect of this method on the blind area is analyzed by physical simulation. And the detection experiment of underground pipelines is carried out outdoors. The results show that the dual launcher can significantly reduce the turn-off time, thereby effectively reducing the impact of the blind area on the detection results, and the pipeline detection results verify the device’s effectiveness. Finally, based on the ground experimental results, the application prospect of mine advanced detection is discussed. Compared with other detection fields, the formation of blind areas is mainly caused by the equipment. If the dual launcher can be used to reduce the blind area, the accuracy of advanced detection can be improved more effectively. The above research results are of great significance for improving the detection accuracy of the underground transient electromagnetic method.

关 键 词：A Dual Launcher Physical Simulation Transient Electromagnetic Method Mine Geophysical Prospecting Detection Blind Area Application Prospect 

分 类 号：TN9[电子电信—信息与通信工程]