胡国忠
教授
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[11] 胡国忠,王春博,许家林,吴旭飞,秦伟.微波辐射降低硬煤冲击倾向性试验研究,2021,2021年02期:450-465,16
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[12] 胡国忠,Wang, Chunbo,许家林,Wu, Xufei,秦伟.Experimental investigation on decreasing burst tendency of hard coal using microwave irradiation,2021,v 46,n 2,p450-465
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[13] 胡国忠,Yang, Nan,Zhu, Jian,秦伟,Huang, Jinxin.Evolution characteristics of microwave irradiation on pore-permeability and surface cracks of coal with water:An experimental study,2020,v 45,p813-822
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[14] 胡国忠,Zhu, Jieqi,Zhu, Jian,孙超,Yang, Nan,秦伟.Fracturing effect and damage behaviors for microstructure in shale under microwave irradiation,2020,v 45,n 10,p3471-3479
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[15] Xu, Guang,Huang, Jinxin,胡国忠,Yang, Nan,Zhu, Jieqi,Chang, Ping.Experimental study on effective microwave heating/fracturing of coal with various dielectric property and water saturation,2020,v 202,
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[16] Huang, Jinxin,Xu, Guang,Liang, Yunpei,胡国忠,Chang, Ping.Improving coal permeability using microwave heating technology—A review,2020,v 266,
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[17] 胡国忠,朱杰琦,朱健,孙超,杨南,秦伟.微波辐射下页岩微结构的损伤特性与致裂效应,2020,:3471-3479,9
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[18] Huang, Jinxin,胡国忠,Xu, Guang,Nie, Baisheng,Yang, Nan,许家林.The development of microstructure of coal by microwave irradiation stimulation,2019,v 66,p86-95
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[19] 胡国忠.Evolution of Shale Microstructure under Microwave Irradiation Stimulation,2018,32;11;11467-11476
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[20] 胡国忠.The case for enhanced coalbed methane using hydraulic fracturing in the geostructural belt,2018,36;6;1629-1644