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开元矿业采煤工作面地质构造探查物探方法研究

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开元矿业地质条件复杂,地质构造对工作面回采影响较大,井田内断层、陷落柱发育,是影响该矿生产的主要地质因素,破坏了可采煤层的完整性,减少煤炭资源储量,在生产中要加强对地质构造的探查.针对这一情况,本文以开元矿为研究对象,分别对该矿9101工作面和9403工作面采用无线电波坑道透视和槽波地震的方法进行探查,并圈定了异常区.根据工作面后续开采情况可知,圈定的异常区与实际揭露的断层和陷落柱等地质构造基本一致,说明地质物探工作及时指导了工作面的布置及回采,为矿井安全生产提供技术保障.
Study on geophysical exploration method of geological structure exploration in working face of Kaiyuan Mining
The geological conditions of Kaiyuan Mining were complex,and the geological structure had a great influence on the mining of the working face.The development of faults and collapse columns in the mine field was the main geological factor affecting the production of the mine,which destroyed the integrity of the minable coal seam and reduced the reserves of coal resources.In production,the exploration of geological structures should be strengthened.In view of this situation,this paper took Kaiyuan Mine as the research object,explored the No.9101 Face and No.9403 Face by means of radio wave tunnel perspective and in-seam wave seism,and delineated the abnormal area.According to the subsequent mining situation of the working face,it could be concluded that the delineated abnormal area was basically consistent with the geological structures such as the actually exposed faults and collapse columns,indicating that the geological geophysical exploration work guided the layout and mining of the working face in time and provided technical support for the safe production of the mine.

mining facegeological structureradio wave tunnel perspectivein-seam wave seism

李敬鹏

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阳煤集团寿阳开元矿业有限责任公司,山西晋中 045000

采煤工作面 地质构造 无线电波坑道透视 槽波地震

2024

煤炭与化工
河北省化学工业研究院

煤炭与化工

影响因子:0.246
ISSN:2095-5979
年,卷(期):2024.47(3)