槽波地震法勘探与无线电波透视法在倾斜煤层构造探测中应用研究

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英文篇名：The Application of In-seam Seismic Exploration and Radio Wave Perspective in the Exploration of Inclined Coal Seam Structure 作者：常永峰 ; 范创 ; 张勇 英文作者：Chang Yong-feng;Fan Chuang;Zhang Yong;Chaili Coal Mine, Shandong Energy Zaozhuang Coal Mine Group; 关键词：槽波 ; 无线电波 ; 倾斜煤层 ; 构造探测 英文关键词：in-seam wave;;radio wave;;inclined seam;;structural detection 中文刊名：山东煤炭科技 英文刊名：Shandong Coal Science and Technology 机构：山东能源枣矿集团柴里煤矿; 出版日期：2019-03-28 出版单位：山东煤炭科技 年：2019 期：03 语种：中文; 页：153-155+158 页数：4 CN：37-1236/TD ISSN：1005-2801 分类号：P631;TD166

摘要

3上605工作面处于一水平西翼六采区北部,为新区开拓,地质构造较为复杂。利用槽波和无线电波透视两种物探方法对复杂地质条件区域进行探测,两种方法互相印证,并结合地质资料分析较为准确地对探测结果进行解释。为工作面的正常开采及下步周边工作面优化布置、提高资源回收提供指导依据,为后续地质分析及探查指明了方向。
        The upper 605 working face is located in the north of the sixth mining area on the west wing of a horizontal plane, which is developed for the new area. The geological structure is relatively complex. Two geophysical exploration methods, in-seam wave and radio wave perspective, are used to detect the area with complex geological conditions. The two methods verify each other and interpret the detection results more accurately combined with the analysis of geological data. It provides guidance for normal mining of working face and optimal layout of surrounding working face in the next step to improve resource recovery. It indicates the direction for the subsequent geological analysis and exploration.

引文

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