张传昌, 岳宁, 李申龙, 闫国成, 刘少伟, 杨志. 基岩含水层富水性多元信息预测评价[J]. 煤矿安全, 2019, 50(11): 196-199,205.
    引用本文: 张传昌, 岳宁, 李申龙, 闫国成, 刘少伟, 杨志. 基岩含水层富水性多元信息预测评价[J]. 煤矿安全, 2019, 50(11): 196-199,205.
    ZHANG Chuanchang, YUE Ning, LI Shenlong, YAN Guocheng, LIU Shaowei, YANG Zhi. Multiple Information Prediction and Evaluation of Water Yield Property for Bedrock Aquifer[J]. Safety in Coal Mines, 2019, 50(11): 196-199,205.
    Citation: ZHANG Chuanchang, YUE Ning, LI Shenlong, YAN Guocheng, LIU Shaowei, YANG Zhi. Multiple Information Prediction and Evaluation of Water Yield Property for Bedrock Aquifer[J]. Safety in Coal Mines, 2019, 50(11): 196-199,205.

    基岩含水层富水性多元信息预测评价

    Multiple Information Prediction and Evaluation of Water Yield Property for Bedrock Aquifer

    • 摘要: 分析研究含水层的富水性情况是煤矿防治水工作的基础。以陕北金鸡滩煤矿一盘区为研究对象,通过分析影响基岩含水层的主控因素,包括基岩厚度、岩性系数、岩心采取率、渗透系数及单位涌水量,结合层次分析法及ArcGIS软件,对主控因素叠加组合,建立了煤层顶板基岩富水性多元信息数学评价模型,绘制盘区富水性评价分区图,研究区按富水性强弱分为5个区域,由东向西富水性呈现出一种逐渐增强的趋势,富水性总体中等~强。

       

      Abstract: Analyzing and studying the water yield properties of bedrock aquifer is the basis for preventing and controlling water in the coal mine. The paper takes the first area of Jinjitan Coal Mine in northern Shaanxi Province as the research object, main control factors affecting the aquifer of roof bedrock aquifer is analyzed, which contains bedrock thickness, lithology coefficient, core adoption rate, permeability coefficient and specific capacity. Mathematical evaluation model of multi-element information and water yield property evaluation map of coal seam roof bedrock aquifer water yield properties are established. Water yield property of study area is classified into 5 types, which shows an increased trend from east to west. Water yield property of study area is moderate to strong in the whole.

       

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