导水裂隙带高度预测方法的研究  

Method to Predict Height of Water Flowing Fractured Zone

作　　者：许光伟[1,2] 韩汶江 王昌祥[2] 张承冉 XU Guang-wei HAN Wen-jiang WANG Chang-xiang ZHANG Cheng-ranz(Xin＇an Mine, Shandong Energy Zaokuang Minging Group, Tengzhou 277500, China Jiangzhuang Mine, Shandong Energy Zaokuang Minging Group, Tengzhou 277500, China College of Mining and Safety Engineering, Shandong University of Science and Technology, Qingdao 266590, China)

机构地区：[1]山东能源枣矿集团新安煤矿,山东滕州277500 [2]山东科技大学矿业与安全工程学院,山东青岛266590 [3]山东能源枣矿集团蒋庄煤矿,山东滕州277500

出　　处：《煤炭技术》2017年第5期203-205,共3页Coal Technology

摘　　要：以矿压理论、"上三带"理论为基础,从岩层碎胀特性及岩层组合运动出发分析,分别推导出了垮落带高度为(2.17~1.67)倍的采高、裂隙带高度为(6.67~10)倍的采高,从而推导出了导水裂隙带的初步预计高度为(8.34~12.17)倍的采高,依据煤矿地质条件和开采条件进行具体分析,得到导水裂隙带最终预计高度,并得到了现场实测验证。On the basis of ground pressure theory, and upper 3 zones theory,by analyzing the expansion property of rock and strata combination movement,deduced the height of the caving zone and fractured zone are（2.17-1.67） and （6.67-10）minable coal thickness respectively,thus determining the water flowing fractured zone preliminary estimate height is （8.34 - 12.17） times the mining height,carrying out specific analysis on coal geological conditions and mining conditions,obtained final estimate height of water fracture zones,And verified by the field measured result.

关 键 词：“上三带”理论 碎胀特性 导水裂隙带 

分 类 号：TD745[矿业工程—矿井通风与安全] TD823.83