Paper Publications
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- 王国钦,Guoqing Shi,yangyongliang,刘笋.Experimental study on the exogenous fire evolution and flue gas migration during the fire zone sealing period of the coal mining face,2022,v 320,
- Teng, Guangping,Guoqing Shi,zhujintuo,Qi, Jiamin,Zhao, Caijun.Research on the influence of pleat structure on effective filtration area during dust loading,2022,v 395,p207-217
- Guoqing Shi,Qi, Jiamin,Teng, Guangping,wangyanming,Shen, Haoyang.Influence of coal properties on dust suppression effect of biological dust suppressant,2022,卷: 33期: 1
- Guoqing Shi,Qi, Jiamin,wangyanming,Liu, Sun.Experimental study on the prevention of coal mine dust with biological dust suppressant,2021,卷: 391页: 162-172
- Guoqing Shi,Qi, Jiamin,wangyanming,Shen, Haoyang.Synergistic influence of noncationic surfactants on the wettability and functional groups of coal,2021,卷: 385页: 92-105
- Guoqing Shi,Wang, Guo-Qin,Ding, Peng-Xiang,wangyanming.Model and simulation analysis of fire development and gas flowing influenced by fire zone sealing in coal mine,2021,卷: 149页: 631-642
- Wang, Guo-Qin,Guoqing Shi,wangyanming,Shen, Hao-Yang.Numerical study on the evolution of methane explosion regions in the process of coal mine fire zone sealing,2021,卷: 289
- Guoqing Shi,Ding, Peng-xiang,Guo, Zhixiong,wangyanming.Modeling temperature distribution upon liquid-nitrogen injection into a self heating coal mine goaf,2019,v 126,p278-286
- Tang, Yan,仲晓星,Li, Guangyu,Yang, Zhengjie,时国庆.Simulation of dynamic temperature evolution in an underground coal fire area based on an optimised Thermal-Hydraulic-Chemical model,2019,卷: 23期: 1页: 127-146
- Tang, Yan,仲晓星,Li, Guangyu,杨正杰,时国庆.Simulation of dynamic temperature evolution in an underground coal fire area based on an optimised Thermal–Hydraulic–Chemical model,2019,v 23,n 1,p127-146