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[1] Liu, Shiliang,Dai, Song,李文平,Han, Bo,He, Ben,Luo, Jinping.A new monitoring method for overlying strata failure height in Neogene laterite caused by underground coal mining,2020,v 117,
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[2] 杨玉茹,李文平,王启庆.上新世红土微观结构参数与渗透系数的变化关系研究,2020,2020年02期:153-160,8
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[3] Chen, Weichi,李文平,乔伟,Li, Luanfei.Beneficial Use of Deep Ordovician Limestone Water from Mine Safety Dewatering at the Xinglongzhuang Coal Mine, North China,2020,卷: 39期: 1页: 42-56
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[4] Wang, Zhenkang,李文平,王启庆,Niu, Qinghe,Liu, Shiliang,Hu, Yanbo.Relationship between petrographic parameters and physical-mechanical properties of weakly cemented sandstones,2020,v 54,n 1,
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[5] 胡彦博,李文平,王启庆,刘士亮,王振康.Study on failure depth of coal seam floor in deep mining,2019,v 78,n 24,
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[6] Hu, Yanbo,李文平,王启庆,Liu, Shiliang,Wang, Zhenkang.Study on failure depth of coal seam floor in deep mining,2019,v 78,n 24,
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[7] 刘士亮,李文平,乔伟,李小琴,王启庆,贺江辉.Zoning method for mining-induced environmental engineering geological patterns considering the degree of influence of mining activities on phreatic aquifer,2019,v 578,
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[8] Liu, Shiliang,李文平.Indicators sensitivity analysis for environmental engineering geological patterns caused by underground coal mining with integrating variable weight theory and improved matter-element extension model,2019,v 686,p606-618
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[9] 范开放,李文平,王启庆,刘士亮,薛森,Xie, Chaoyang,王振康.Formation mechanism and prediction method of water inrush from separated layers within coal seam mining: A case study in the Shilawusu mining area, China,2019,v 103,p158-172
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[10] 李文平,乔伟,李小琴,孙如华.深部矿井水害特征、评价方法与治水勘探方向,2019,2019年08期:2437-2448,12
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[11] 刘士亮,李文平,乔伟,王启庆,胡彦博,王振康.Effect of natural conditions and mining activities on vegetation variations in arid and semiarid mining regions,2019,v 103,p331-345
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[12] 李文平,乔伟.Characteristics of water disaster, evaluation methods and exploration direction for controlling groundwater in deep mining,2019,v 44,n 8,p2437-2448
