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Allocation of the geo-dynamically hazardous zones during intensive mining of flat-lying coal seams in the mines of SUEK-Kuzbass JSC

机译:在SUEK-Kuzbass JSC矿山集中开采平坦煤层的过程中分配地质动力危险区

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Hazardous and ineffective mines were closed, and a number of underground and strip mines of a modern technological level were built as a result of the restructuring of the coal industry in Russia. However, safety in the coal mines continues to be one of the urgent issues nowadays. In underground coal mining, the main types of risks are processes occurring in the rock mass as a result of mining operations. It is necessary to realize timeous and the most accurate prediction of harmful events, which occur during a development of coal fields, to increase the efficiency and reduce the cost of coal mining. The most optimal and, at the same time, comprehensive approach to predicting possible natural hazardous events in the process of modern coal mining are considered in this article. The results of implementation of integration of different methods of geodynamic and geomechanics researches are presented in this paper.
机译:由于俄罗斯煤炭工业的重组,关闭了危险和无效的煤矿,并建造了许多具有现代技术水平的地下和露天煤矿。但是,煤矿安全仍然是当今的紧迫问题之一。在地下煤矿开采中,主要风险类型是由于采矿作业而在岩体中发生的过程。有必要实现对煤田开发过程中发生的有害事件的及时,最准确的预测,以提高效率,降低煤炭开采成本。本文考虑了预测现代煤炭开采过程中可能发生的自然灾害事件的最佳方法,也是综合方法。本文介绍了将不同的地球动力学和地质力学研究方法整合在一起的实施结果。

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