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Thermal infrared characteristics of rock strata fracture in steeply inclined and extra thick coal seam

机译:陡峭倾斜和超厚煤层中岩石层骨折的热红外特性

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In view of the complexity of the rules of rock strata fracture in steeply inclined and extra thick coal seam, the mining method of horizontal section top coal caving was put forward. In this paper, the physical similarity simulation model is established to analyze the movement rules of rock strata. The relationship between the form of rock strata fracture and the thermal infrared radiation is analyzed according to studying the characteristics of the thermal infrared radiation temperature of the rock strata fracture. Meanwhile, the changes characteristics of abnormal area of thermal infrared radiation were mastered, and the precursors of thermal infrared radiation of rock strata fracture were predicted. The results showed that the rock strata fracture form of steeply inclined and extra thick coal seam is related to the mining depth.
机译:鉴于在陡峭倾斜和超厚煤层中岩石地层骨折规则的复杂性,提出了水平截面煤矿的采矿方法。本文建立了物理相似性仿真模型来分析岩层的运动规则。根据研究岩石地层骨折的热红外辐射温度的特性,分析了岩石层骨折和热红外辐射形式的关系。同时,掌握了热红外辐射异常区域的变化特征,预测了岩石层骨折的热红外辐射前体。结果表明,陡峭倾斜和超厚煤层的岩层骨折形式与采矿深度有关。

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