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Development Law and Watery Features of collapse column in Pansan Mine

机译:潘南矿崩塌栏的开发法和水分特征

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The collapse column is widely developed and distributed in North China coalfield, has been a threat for coal mine production safety. According to the existing collapse columns in pansan mine, using the combination with geology analyzing and geophysical exploration technology, the cause and development regularity of the collapse columns is discussed in a way of palaeogeographic and palaeoenvironment, the inner filling material features of the collapse columns in the coalfield are introduced, The watery features of collapse columns are studied. The results show that collapse columns have a law of zonation in the horizontal and vertical, and have a certain subsiding distance, collapse column widths ranging periphery have the peripheral edge of the impact zone and transition zone, In the collapse column, the cementation degree is poor at the top, highly compressed at the middle and relatively poor in the bottom. The top and middle sections are less in water bearing, the rich water in the bottom was caused by the vertically leakage recharge from Ordovician limestone in the deep. The research results provide scientific basis for the prevention of collapse column in coal mine.
机译:崩塌栏广泛开发并分布在华北煤田,一直是煤矿生产安全的威胁。根据潘南矿的现有崩溃栏,使用与地质分析和地球物理勘探技术的组合,以古地理和古环境的方式讨论了崩溃柱的原因和发展规律,塌陷柱的内填充材料特征介绍了煤田,研究了塌陷柱的水性特征。结果表明,塌陷柱在水平和垂直方面具有分区法,并且具有一定的闭距,塌陷柱宽度范围的周边具有冲击区和过渡区的周边边缘,在塌陷栏中,胶粘程度是顶部差,在中间压缩高度压缩,底部相对较差。在水轴承中,顶部和中间部分较小,底部的富水是由深度垂直漏电引起的垂直漏电引起的。研究结果为预防煤矿崩塌栏提供了科学依据。

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