典型文献
Potential hydraulic connectivity of coal mine aquifers based on statistical analysis of hydrogeochemistry
文献摘要：
Mining activities interfere with the natural groundwater chemical environment,which may lead to hydrogeochemical changes of aquifers and mine water inrush disasters.This study analyzed the hydrochemical compositions of 80 water samples in three aquifers and developed a water source identification model to explore the control factors and potential hydraulic connection of groundwater chemistry in a coal mine.The results showed that the hydrochemical types of the three aquifers were different.The main hydrochemical compositions of the loose-layer,coal-bearing,and limestone aquifers were HCO3·Cl-Na,SO4·HCO3-Na,and SO4-Na·Ca,respectively.The correlation,Unmix,and factor an-alyses showed that the hydrochemical composition of groundwater was controlled by the dissolution of soluble minerals(such as calcite,dolomite,gypsum,and halite)and the weathering of silicate minerals.The factor score plot combined with Q-mode cluster analysis demon-strated no remarkable hydraulic connection among the three aquifers in the study area.The water source identification model effectively identified the source of inrush water.Moreover,the mixing ratio model rationally quantified the contributions of the three aquifers to inrush water.
文献关键词：
中图分类号：
作者姓名：
Xiang Zhao;Wei-hua Peng;Kai Chen;Xin-yi Qiu;Lin-hua Sun
作者机构：
School of Resources and Civil Engineering,Suzhou University,Suzhou 234000,China;School of Earth and Environment,Anhui University of Science and Technology,Huainan 232001,China;Key Laboratory of Mine Water Resource Utilization of Anhui Higher Education Institutes,Suzhou University,Suzhou 234000,China
文献出处：
引用格式：
[1]Xiang Zhao;Wei-hua Peng;Kai Chen;Xin-yi Qiu;Lin-hua Sun-.Potential hydraulic connectivity of coal mine aquifers based on statistical analysis of hydrogeochemistry)[J].水科学与水工程,2022(04):285-293
A类：
hydrogeochemistry,alyses
B类：
Potential,hydraulic,connectivity,coal,aquifers,statistical,analysis,Mining,activities,interfere,natural,groundwater,environment,which,may,lead,hydrogeochemical,changes,inrush,disasters,This,study,analyzed,hydrochemical,compositions,samples,three,developed,source,identification,model,explore,factors,potential,connection,results,showed,that,types,were,different,main,loose,layer,bearing,limestone,HCO3,Cl,Na,SO4,respectively,correlation,Unmix,was,controlled,by,dissolution,soluble,minerals,such,calcite,dolomite,gypsum,halite,weathering,silicate,score,plot,combined,cluster,demon,strated,no,remarkable,among,area,effectively,identified,Moreover,mixing,rationally,quantified,contributions
AB值：
0.504397
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