Driving mechanisms and control technologies for coupled gas and coal spontaneous combustion disasters in deep mines dominated by fracture scale effectsCHENG Jianwei1-14
Study on permeability enhancement effect of coal and gas flow regime transition law under the action of hydraulic punching and cavity-makingSU Weiwei15-24
Research on competitive adsorption laws of multiple molecules in coal seams containing fracturing fluid under thermal effect and displacement effectZUO Weiqin, LUO Yuyang, LIU Yanwei, HAN Hongkai, JIANG Wenji, CUI Peiwen25-33
Research on dust control mechanism of coal baffle based on CFD-DPM modelWANG Zhenping, WU Puhao, WANG Hang, ZHANG Duo34-42
Study on self-sustaining characteristics and buoyancy-driven oxygen supply energy consumption of underground coal smoldering firesDAI Renkun, SONG Zeyang, LU Xing, XIAO Yang, DENG Jun43-49
Study on moisture infiltration process and wetting exothermic properties of pre-oxidized coalCHAO Jiangkun, WEI Tao, SHEN Ling, HAN Xuefeng, PAN Rongkun, HU Daimin50-60
Parameter optimization and engineering test of liquid CO2 injection in bedding boreholes for coal seam CH4 displacementSONG Chao, CHEN Xiaokun, XU Yong61-69
Research on pressure relief protection range of upper protective layer mining in Xiangshan MineQIAN Wanxue, CHEN Weidong, CHEN Xuexi, CHEN Xingyu, XUE Haoyuan, ZHANG Zhiyuan70-80
Experimental study on evolution characteristics of coal permeability under triaxial stress conditionsGAO Han, CHENG Xiaoyu, ZHOU Aitao, ZHU Yuxuan, SHUANG Haiqing81-90