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矿井涌水是煤矿安全生产过程中最具有威胁性的重大灾害之一,一直被认为是世界上产煤国家面临的重大难题。查明其涌水的补给来源、途径、预测涌水量的变化,对分析其可能对矿井造成的危害性并采取针对性的治理措施具有重要的意义。本文以潘家窑副井涌水为例,采用模糊数学动态聚类方法进行分析,查明其涌水水源主要来源于附近,地表水库渗漏及七里河下渗补给。为煤矿科学合理进行防治水害、保证煤矿的安全生产提供科学的依据。
Mine water inflow is one of the most threatening major disasters in the coal mine safety production process, which has been considered as a major challenge to coal-producing countries in the world. It is of great significance to find out the sources, ways and sources of gushing water and predict the influx of gushing water. It is of great significance to analyze the harm that it may cause to the mine and take targeted control measures. In this paper, Panjiayao auxiliary well water as an example, the use of fuzzy mathematics dynamic clustering analysis to identify the main source of its gushing water from the nearby surface reservoir leakage and infiltration of the Qilihe recharge. For scientific and reasonable coal mine water control, to ensure the safe production of coal mines to provide a scientific basis.