槽波地震勘探在永城矿区车集煤矿的应用
Application of Channel Wave Seismic Exploration in Cheji Coal Mine of Yongcheng Mining Area

随着槽波地震勘探技术近几年的广泛应用，许多煤矿利用此技术在工作面内对地质异常情况进行探查，取得了不错的探测效果。槽波地震勘探技术分为透射法和反射法，在复杂地质的工作面或者采集的槽波数据质量较差的情况下，需要联合两种方法联合解释提高探测结果的准确性。本文根据永城矿区车集煤矿29采区火成岩侵入情况，对2903工作面采用槽波地震勘探技术，联合应用透射槽波和反射槽波，成功探查出工作面的异常构造和火成岩的侵入范围。
With the wide application of channel wave seismic exploration technology in recent years, many coal mines use this technology to explore geological anomalies in the working face, and have achieved good detection results. Channel wave seismic exploration technology is divided into the transmission method and the reflection method. In the case of the complex geological working face or poor quality of collected channel wave data, it is necessary to combine the two methods to improve the accuracy of detection results. In this paper, according to the intrusion of igneous rock in 29 mining area of Cheji Coal Mine in Yongcheng Mining Area, the channel wave seismic explora-tion technology is adopted for 2903 working face, and the transmission channel wave and reflection channel wave are jointly applied to successfully explore the abnormal structure of the working face and the intrusion range of igneous rock.