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突水系数法分析预测煤层底板突水危险性的探讨
引用本文:王计堂,王秀兰. 突水系数法分析预测煤层底板突水危险性的探讨[J]. 煤炭科学技术, 2011, 39(7): 106-111
作者姓名:王计堂  王秀兰
作者单位:山西煤炭职业技术学院,山西太原,030031
摘    要:为了预测煤矿深部带压开采奥灰突水危险性,合理划分危安区。研究了华北型煤田特征、模拟试验及相关资料,对以往突水系数公式进行了综合分析对比,在此基础上,提出突水系数修正公式,并对高家塔煤矿9号煤层带压开采奥灰突水危险性及危安区进行了预测、划分。结果表明:突水系数可由0.043~0.091 MPa/m修正为0.067~0.127 MPa/m,突水性分区可由相对安全区-相对危险区修正为相对危险区-危险区。实际生产矿井带压开采突水事故证明了突水系数修正公式的合理性。

关 键 词:带压开采  底板突水  突水系数  突水危险性  突水性分区

Discussion on Water Inrush Coefficient Method Applied to Predict Water Inrush Danger of Seam Floor Based on Gaojiata Mine as Example
WANG Ji-tang,WANG Xiu-lan. Discussion on Water Inrush Coefficient Method Applied to Predict Water Inrush Danger of Seam Floor Based on Gaojiata Mine as Example[J]. Coal Science and Technology, 2011, 39(7): 106-111
Authors:WANG Ji-tang  WANG Xiu-lan
Affiliation:WANG Ji-tang,WANG Xiu-lan(Shanxi Vocational and Technology College of Coal,Taiyuan 030031,China)
Abstract:In order to predict the water inrush danger from Ordovician limestone during the coal mining under the pressurized aquifer in deep mine and to rationally divide the dangerous zones,a study was conducted on the North China type coalfield features,simulation test and related information and the comprehensive analysis and comparison was conducted on the previous water inrush coefficient formulas.Based on the circumstances,a revised formula of the water inrush was provided and the water inrush danger and risk z...
Keywords:mining under pressurized aquifer  water inrush from floor  water inrush coefficient  water inrush danger  division of water inrush zone  
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