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该文以新庄孜矿为研究对象,建立研究区(63采区)A1煤层底部C33灰岩含水层水文地质模型及数学模型,利用前期探放水基础数据,通过数值模拟计算结合勘探获得的数据对研究区含水层参数进行分区,为下一阶段疏放性评价确立合理模型。
This paper takes Xinzhuangzi Mine as the research object and establishes the hydrogeological model and mathematical model of the C33 limestone aquifer at the bottom of the A1 seam in the study area (area 63). Based on the basic data of the exploration and discharge in the early stage and the data pairs The parameters of the aquifer in the study area are divided into zones, and a reasonable model is established for the laxity evaluation in the next stage.