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METHOD FOR DEFINING HEIGHT OF WATER CONVEYING CRACKS ZONE OVER MINED-OUT AREA AT STRATIFIED DEPOSITS

机译:分层矿床采空区上输水裂缝区高度的确定方法

摘要

FIELD: mining.;SUBSTANCE: method includes defining of clayed rocks content in undermined massive, end curve as function of clayed rocks content, height of water conveying cracks zone (WCZ) as function of end curve and working-bed height. There defined is a centre of rock thickness distribution of undermined thickness as arithmetic average distance vertically from bed roof to roof of each layer and centre of rock thickness distribution at their equal thickness as total thickness of undermined rocks vertically. From this value there defined is a relative centre of rocks distribution according to their thicknesses in undermined thickness as ratio of centre of rock thickness distribution of undermined thickness to half of total thickness of undermined rocks vertically, end curve is corrected by multiplying by value of average centre of rocks distribution by their thickness in undermined thickness and there defined is a height of WCZ as function of corrected end curve and working-bed height.;EFFECT: increase of accuracy, consistency and efficiency of defining the height of water conveying cracks zone formed over mined-out area of the bed.;3 dwg
机译:领域:开采:方法:包括定义被破坏的块体中的粘土岩含量,端曲线作为粘土岩含量的函数,输水裂缝区的高度(WCZ)作为端曲线和工作床高度的函数。定义了被破坏厚度的岩石厚度分布的中心,即从每一层的床顶到顶棚的垂直垂直距离的算术平均距离,以及在与被破坏岩石总厚度垂直的相等厚度下的岩石厚度分布的中心。根据该值,定义了一个根据岩石厚度在未开采厚度中的相对分布中心,即相对于未开采厚度的岩石厚度分布的中心垂直于已开采岩石总厚度的一半的比率,通过乘以平均值来校正最终曲线岩石分布的中心,通过其厚度(以厚度为单位)来确定,并根据修正的最终曲线和工作床高度确定了WCZ的高度。效果:提高了所形成的输水裂缝区域的高度的准确性,一致性和效率超出床的采空区。; 3 dwg

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