刘清泉教授
请访问我的个人网站 www.coalsmart.com More+
A novel method for rock permeability determination based on the pressure pulse decay method and inverse numerical simulations.Rock Mechanics and Rock Engineering,2024
Mechanism of desorption hysteresis in coalbed methane: Insights from microscopic pore properties and adsorption theory.Physics of Fluids,2024,36(1):012004
基于ALE算法的连续水射流破煤特征数值模拟研究.煤矿安全,2024,55(1):14-21
Influence of desorption hysteresis effects on coalbed methane migration and production based on dual-porosity medium model incorporating hysteresis pressure.Computers and Geotechnics,2023,165
Multi-scale pore structure transformation of shale under mixed acid acidification method.Arabian Journal of Chemistry,2023,16(8):104937
刘清泉,刘嫄嫄,陆晓东,吕彪,郑思文,聂兴一,王亮,朱松松,张骞.Importance of the average radius of coal particles on determining the methane diffusion coefficient,2023,卷: 30期: 23页: 64137-64153
刘清泉,王婧,赵伟,黄文怡,凌浩,王亮,程远平.A novel bidisperse diffusion model for coal particles considering micropores as the major sites of CH4 adsorption,2023,卷: 333子辑: 2
刘清泉,Lv, Biao,刘媛媛,Ma, Xiaohang,Lu, Xiaodong,王亮,周红星.Quantitative evaluation of the effect of gas adsorption and desorption hysteresis on gas flow in coal,2022,卷: 328
刘清泉,凌浩,卢彦飞,蔺甲,刘嫄嫄,王婧,黄文怡,王亮.Residual Strength Estimation Method of Soft Coal Based on Equivalent Residual Strain Ratio,2022,卷: 2022
刘清泉,黄文怡,吕彪,马霄航,陆晓东,王婧,王亮.Decoupling experiments for CH4 “diffusion-seepage” in coal columns to effectively measure sorption time,2022,261：104074
刘清泉,Chu, Peng,刘媛媛,Xia, Lei,王亮.Quantitative Assessment of Coal Seam Permeability Improvement Around an Enlarged Borehole in Gas Extraction Engineering: A Method for Field Application,2022,卷: 143期: 1页: 103-125
Optimal selection of coal seam pressure-relief gas extraction technologies: a typical case of the Panyi Coal Mine, Huainan coalfield, China.Energy Sources. Part A: Recovery, Utilization, and Environmental Effects,2022,44(1):1105-1125