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首页> 外文期刊>Journal of China University of Mining and Technology >Prediction Technology of Buried Water- Bearing Structures in Coal Mines Using Transient Electromagnetic Method
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Prediction Technology of Buried Water- Bearing Structures in Coal Mines Using Transient Electromagnetic Method

机译:瞬变电磁法在煤矿埋水结构预测中的应用

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摘要

Buried water-conducting and water-bearing structures in front of the driving head may easily lead to water bursts in coal mines. Therefore, it is very important for the safety of production to make an accurate and timely forecast about water bursts. Based on the smoke ring effect of transient electromagnetic fields, the principle of transient electromagnetic method used in detecting buried water-bearing structures in coal mines in advance, is discussed. Small multi-turn loop configurations used in coal mines are proposed and a field procedure of semicircular sector scanning is presented. The application of this method in one coal mine indicates that the technology has many advantages compared with others. The method is inexpensive, highly accurate and efficient. Suggestions are presented for future solutions to some remaining problems.
机译:掘进机头前的埋入式导水和承水结构很容易导致煤矿突水。因此,准确,及时地预测出水量对安全生产至关重要。基于瞬态电磁场的烟圈效应,探讨了瞬态电磁法在煤矿井下含水结构探测中的应用原理。提出了用于煤矿的小型多匝回路配置,并提出了半圆形扇形扫描的现场程序。该方法在一个煤矿中的应用表明,该技术与其他煤矿相比具有许多优势。该方法便宜,准确,高效。提出了一些解决一些剩余问题的建议。

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