0253-9993
2015 Issue 1
Quantitative definition and investigation of deep mining
XIE He-ping;GAO Feng;JU Yang;GAO Ming-zhong;ZHANG Ru;GAO Ya-nan;LIU Jian-feng;XIE Ling-zhi;Sichuan University;State Key Laboratory for Geomechanics and Deep Underground Engineering;China University of Mining and Technology;State Key Laboratory of Coal Resources and Safe Mining;China University of Mining and Technology;
XIE He-ping;GAO Feng;JU Yang;GAO Ming-zhong;ZHANG Ru;GAO Ya-nan;LIU Jian-feng;XIE Ling-zhi;Sichuan University;State Key Laboratory for Geomechanics and Deep Underground Engineering;China University of Mining and Technology;State Key Laboratory of Coal Resources and Safe Mining;China University of Mining and Technology;
..............page:1-10
Mechanical performances and compatibility of rock bolt components
KANG Hong-pu;LIN Jian;WU Yong-zheng;CHENG Peng;MENG Xian-zhi;REN Shuo;Coal Mining and Design Department;Tiandi Science and Technology Co.;Ltd.;Coal Mining and Design Branch;China Coal Research Institute;State Key Laboratory of Coal Mining and Clean Utilization;
KANG Hong-pu;LIN Jian;WU Yong-zheng;CHENG Peng;MENG Xian-zhi;REN Shuo;Coal Mining and Design Department;Tiandi Science and Technology Co.;Ltd.;Coal Mining and Design Branch;China Coal Research Institute;State Key Laboratory of Coal Mining and Clean Utilization;
..............page:11-23
Disaster-causing mechanical mechanism of coal mining dilatancy of gassy seam in deep mine
XIE Guang-xiang;YIN Zhi-qiang;HU Zu-xiang;HOU Jun-ling;MA Hai-feng;Anhui Province Key Laboratory of Mining Response and Disaster Prevention and Control in Deep Coal Mine;Anhui University of Science and Technology;Huainan Mining Group;Faculty of Resources and Safety Engineering;China University of Mining and Technology;
XIE Guang-xiang;YIN Zhi-qiang;HU Zu-xiang;HOU Jun-ling;MA Hai-feng;Anhui Province Key Laboratory of Mining Response and Disaster Prevention and Control in Deep Coal Mine;Anhui University of Science and Technology;Huainan Mining Group;Faculty of Resources and Safety Engineering;China University of Mining and Technology;
..............page:24-29
Relationship between hydraulic support and surrounding rock coupling and its application
WANG Guo-fa;PANG Yi-hui;Coal Ming and Designing Department;Tiandi Science & Technology Co.;Ltd.;
WANG Guo-fa;PANG Yi-hui;Coal Ming and Designing Department;Tiandi Science & Technology Co.;Ltd.;
..............page:30-34
Monitoring movement laws of overlying key strata for coal mining in similar model
CHAI Jing;WANG Zhi-li;LIU Wen-gang;ZHANG Bo;LI Yi;YUAN Qiang;College of Energy Science and Engineering;Xi’an University of Science and Technology;Key Laboratory of Western Mine Exploitation & Hazard Prevention of the Ministry of Education;Xi’an University of Science and Technology;Beijing Tiandi Huatai Mining Engineering Technology Co.;Ltd.;China Coal Technology & Engineering Group;
CHAI Jing;WANG Zhi-li;LIU Wen-gang;ZHANG Bo;LI Yi;YUAN Qiang;College of Energy Science and Engineering;Xi’an University of Science and Technology;Key Laboratory of Western Mine Exploitation & Hazard Prevention of the Ministry of Education;Xi’an University of Science and Technology;Beijing Tiandi Huatai Mining Engineering Technology Co.;Ltd.;China Coal Technology & Engineering Group;
..............page:35-41
Mechanism and controlling technology of rib spalling in mining face with large cutting height passing through fault
WANG Zhao-hui;YANG Jing-hu;MENG Hao;Faculty of Resource and Safety Engineering;China University of Mining & Technology;
WANG Zhao-hui;YANG Jing-hu;MENG Hao;Faculty of Resource and Safety Engineering;China University of Mining & Technology;
..............page:42-49
Dynamics model of advanced powered support in heading under full support situation
LU Jin-nan;MAO Jun;XIE Miao;ZHANG Rui;School of Mechanical Engineering;Liaoning Technical University;
LU Jin-nan;MAO Jun;XIE Miao;ZHANG Rui;School of Mechanical Engineering;Liaoning Technical University;
..............page:50-57
..............page:57
Shear interaction of anchorage body and rock and soil interface under the action of uplift load
LUO Yi-ping;SHI Sheng;YAN Zhi-xin;School of Civil Engineering and Mechanics;Lanzhou University;The Research Institute of Economics and Technology of Gansu Province Electric Power Company;State Grid Corporation of China;Gansu Province Transportation Planning;Survey &Design Institute Co.;Ltd.;
LUO Yi-ping;SHI Sheng;YAN Zhi-xin;School of Civil Engineering and Mechanics;Lanzhou University;The Research Institute of Economics and Technology of Gansu Province Electric Power Company;State Grid Corporation of China;Gansu Province Transportation Planning;Survey &Design Institute Co.;Ltd.;
..............page:58-64
3D strain measurement in coal using digital volumetric speckle photography
MAO Ling-tao;LIAN Xiu-yun;HAO Nai;WEI Feng;AN Li-qian;State Key Laboratory of Coal Resources and Safe Mining;China University of Mining and Technology;School of Mechanics & Civil Engineering;China University of Mining and Technology;Safety Equipment Technology Institute;China Coal Research Institute;
MAO Ling-tao;LIAN Xiu-yun;HAO Nai;WEI Feng;AN Li-qian;State Key Laboratory of Coal Resources and Safe Mining;China University of Mining and Technology;School of Mechanics & Civil Engineering;China University of Mining and Technology;Safety Equipment Technology Institute;China Coal Research Institute;
..............page:65-72
..............page:72
Applicable condition and key parameters determination of pit-middle bridging in open pit coal mine
LIU Fu-ming;CAI Qing-xiang;CHEN Shu-zhao;ZHOU Wei;CHANG Jun;School of Mines;China University of Mining and Technology;State Key Laboratory of Coal Resources and Safe Mining;China University of Mining and Technology;
LIU Fu-ming;CAI Qing-xiang;CHEN Shu-zhao;ZHOU Wei;CHANG Jun;School of Mines;China University of Mining and Technology;State Key Laboratory of Coal Resources and Safe Mining;China University of Mining and Technology;
..............page:73-79
Study on character of physical simulation similar material of coal-rock and gas solid-gas coupling
LI Shu-gang;ZHAO Peng-xiang;LIN Hai-fei;XIAO Peng;WEI Zong-yong;College of Energy Science and Engineering;Xi’an University of Science and Technology;
LI Shu-gang;ZHAO Peng-xiang;LIN Hai-fei;XIAO Peng;WEI Zong-yong;College of Energy Science and Engineering;Xi’an University of Science and Technology;
..............page:80-86
Coal particle gas desorption experiment and numerical simulation in enclosed space
QIN Yue-ping;HAO Yong-jiang;LIU Peng;WANG Jian;School of Resource and Safety Engineering;China University of Mining and Technology;
QIN Yue-ping;HAO Yong-jiang;LIU Peng;WANG Jian;School of Resource and Safety Engineering;China University of Mining and Technology;
..............page:87-92
Comparative experiment on influence of clear fracturing fluid and water on coal seam permeability
LU Yi-yu;YANG Feng;GE Zhao-long;ZHOU Zhe;LIN Xiao-dong;State Key Laboratory for Coal Mine Disaster Dynamics and Control;Chongqing University;National & Local Joint Engineering Laboratory of Gas Drainage in Complex Coal Seam;Chongqing University;
LU Yi-yu;YANG Feng;GE Zhao-long;ZHOU Zhe;LIN Xiao-dong;State Key Laboratory for Coal Mine Disaster Dynamics and Control;Chongqing University;National & Local Joint Engineering Laboratory of Gas Drainage in Complex Coal Seam;Chongqing University;
..............page:93-97
Study on mesoscopic characteristics of methane adsorption by coal
ZHOU Dong;FENG Zeng-chao;ZHAO Dong;WANG Lu;WANG Xue-long;Institute of Mining Technology;Taiyuan University of Technology;
ZHOU Dong;FENG Zeng-chao;ZHAO Dong;WANG Lu;WANG Xue-long;Institute of Mining Technology;Taiyuan University of Technology;
..............page:98-102
Pyrolytic cracking in coal: Meso-characteristics of pore and fissure evolution observed by micro-CT
FENG Zi-jun;ZHAO Yang-sheng;College of Mining Technology;Taiyuan University of Technology;
FENG Zi-jun;ZHAO Yang-sheng;College of Mining Technology;Taiyuan University of Technology;
..............page:103-108
Investigation of temperaure distribution uniformity in a preheating catalytic oxidation bed
MAO Ming-ming;LIU Yong-qi;ZHENG Bin;LIU Rui-xiang;MENG Jian;School of Transportation and Vehicle Engineering;Shandong University of Technology;
MAO Ming-ming;LIU Yong-qi;ZHENG Bin;LIU Rui-xiang;MENG Jian;School of Transportation and Vehicle Engineering;Shandong University of Technology;
..............page:109-114
3D simulation of disaster process in mine ventilation system during fire period
LI Zong-xiang;WANG Ya-di;LI Lin;College of Safety Science and Engineering;Liaoning Technical University;Key Laboratory of Mine Thermodynamic Disasters and Control of Ministry of Education;
LI Zong-xiang;WANG Ya-di;LI Lin;College of Safety Science and Engineering;Liaoning Technical University;Key Laboratory of Mine Thermodynamic Disasters and Control of Ministry of Education;
..............page:115-121
Similarity experiment on multi-source dust diffusion law in fully mechanized caving face
TAN Cong;JIANG Zhong-an;WANG Ming;CHEN Ya;School of Civil and Environmental Engineering;University of Science and Technology Beijing;
TAN Cong;JIANG Zhong-an;WANG Ming;CHEN Ya;School of Civil and Environmental Engineering;University of Science and Technology Beijing;
..............page:122-127
Research of the lower explosion limit of coal dust based on the statistical method of Logistic regression
WANG Jian-ping;LIU Qing-ming;WANG Bin;LIU Li-bin;ZHANG Yun-ming;State Key Laboratory of Explosion Science and Technology;Beijing Institute of Technology;Beijing Gas Group Co.;Ltd.;Department of Fire Protection Engineering;Chinese People;s Armed Police Academy;
WANG Jian-ping;LIU Qing-ming;WANG Bin;LIU Li-bin;ZHANG Yun-ming;State Key Laboratory of Explosion Science and Technology;Beijing Institute of Technology;Beijing Gas Group Co.;Ltd.;Department of Fire Protection Engineering;Chinese People;s Armed Police Academy;
..............page:128-134
CBM production character and surface well selection in Binchang low rank coal field
LIN Bai-quan;LI Qing-zhao;YUAN De-sheng;LI Ji-chang;CHEN Gen-ma;WANG Ke;School of Safety Engineering;China University of Mining and Technology;Shaanxi Binchang Mining Co.;Ltd.;Shaanxi Binchang Dafosi Mining Co.;Ltd.;
LIN Bai-quan;LI Qing-zhao;YUAN De-sheng;LI Ji-chang;CHEN Gen-ma;WANG Ke;School of Safety Engineering;China University of Mining and Technology;Shaanxi Binchang Mining Co.;Ltd.;Shaanxi Binchang Dafosi Mining Co.;Ltd.;
..............page:135-141
Real-time optimization of drainage schedule for coalbed methane wells at gas-water two-phase flow stage
FENG Qi-hong;SHU Cheng-long;ZHANG Xian-min;ZHANG Ji-yuan;WANG Bo;School of Petroleum Engineering;China University of Petroleum;
FENG Qi-hong;SHU Cheng-long;ZHANG Xian-min;ZHANG Ji-yuan;WANG Bo;School of Petroleum Engineering;China University of Petroleum;
..............page:142-148
Experimental study of coal powder production affected by using dispersant
WANG Dan;ZHAO Feng-hua;SONG Bo;GENG Hao;WANG Hai-tao;College of Geoscience and Surveying Engineering;China University of Mining and Technology;Linfen Branch;Petrochina Coalbed Methane Company Limited;
WANG Dan;ZHAO Feng-hua;SONG Bo;GENG Hao;WANG Hai-tao;College of Geoscience and Surveying Engineering;China University of Mining and Technology;Linfen Branch;Petrochina Coalbed Methane Company Limited;
..............page:149-153
Experimental study on the porosity and permeability of coal in net confining stress and its stress sensitivity
MENG Ya;LI Zhi-ping;Beijing Key Laboratory of Geology Evaluation and Development of Unconventional Natural Gas;China University of Geosciences;School of Energy Resources;China University of Geosciences;
MENG Ya;LI Zhi-ping;Beijing Key Laboratory of Geology Evaluation and Development of Unconventional Natural Gas;China University of Geosciences;School of Energy Resources;China University of Geosciences;
..............page:154-159
Remote sensing dynamic monitoring of mining geo-environment based on computational geometry and information TUPU
WU Qiang;LI Xue-yuan;Institute of Water Hazard Prevention and Water Resources;China University of Mining and Technology;
WU Qiang;LI Xue-yuan;Institute of Water Hazard Prevention and Water Resources;China University of Mining and Technology;
..............page:160-166
Risk assessment of water inrush based on PCA_Fuzzy_PSO_SVC
SHI Long-qing;TAN Xi-peng;WANG Juan;JI Xiao-kai;NIU Chao;XU Dong-jing;Shandong Provincial Key Laboratory of Depositional Mineralization & Sedimentary Minerals;Shandong University of Science and Technology;College of Geological Sciences & Engineering;Shandong University of Science and Technology;
SHI Long-qing;TAN Xi-peng;WANG Juan;JI Xiao-kai;NIU Chao;XU Dong-jing;Shandong Provincial Key Laboratory of Depositional Mineralization & Sedimentary Minerals;Shandong University of Science and Technology;College of Geological Sciences & Engineering;Shandong University of Science and Technology;
..............page:167-171
Preparation and performance of coal based chelating adsorbent
LIU Zhuan-nian;ZHANG Huan;WANG Gui-rong;CHENG Ai-hua;WANG Yi;College of Geology and Environment;Xi’an Uninversity of Science & Technology;
LIU Zhuan-nian;ZHANG Huan;WANG Gui-rong;CHENG Ai-hua;WANG Yi;College of Geology and Environment;Xi’an Uninversity of Science & Technology;
..............page:172-178
..............page:178
Effect of biomass char on microwave-assisted CH4/CO2 reforming
LI Long-zhi;SONG Zhan-long;MA Chun-yuan;WANG Fu-mao;WANG Yu-lei;YAN Yu-kun;College of Mechanical and Electronic Engineering;Shandong University of Science and Technology;National Engineering Laboratory for Coal Combustion Pollutants Reduction;Shandong University;
LI Long-zhi;SONG Zhan-long;MA Chun-yuan;WANG Fu-mao;WANG Yu-lei;YAN Yu-kun;College of Mechanical and Electronic Engineering;Shandong University of Science and Technology;National Engineering Laboratory for Coal Combustion Pollutants Reduction;Shandong University;
..............page:179-184
..............page:184
Study on the critical particle size of high moisture low rank coals drying in fluidized-bed reactor via low temperature Differential Scanning Calorimetry(DSC)
ZHOU Guo-shun;HUANG Qun-xing;YU Ben;WANG Fei;CHI Yong;YAN Jian-hua;State Key Lab of Clean Energy Utilization;Zhejiang University;
ZHOU Guo-shun;HUANG Qun-xing;YU Ben;WANG Fei;CHI Yong;YAN Jian-hua;State Key Lab of Clean Energy Utilization;Zhejiang University;
..............page:185-189
..............page:189
Rotary triboelectric separation and effect studies of its innovative factors on decarbonization of fly ash
DENG Ming-rui;TAO You-jun;TAO Dong-ping;ZHANG Jie;Tangshan Research Institute Company Limited;China Coal Technology and Engineering Group;Hebei Research Center of Coal Preparation Engineering and Technology;School of Chemical Engineering and Technology;China University of Mining & Technology;
DENG Ming-rui;TAO You-jun;TAO Dong-ping;ZHANG Jie;Tangshan Research Institute Company Limited;China Coal Technology and Engineering Group;Hebei Research Center of Coal Preparation Engineering and Technology;School of Chemical Engineering and Technology;China University of Mining & Technology;
..............page:190-195
Effect of coalification degree of coals on the porosity of coal-based granular activated carbon prepared by briquetting method
XIE Qiang;YAO Xin;YANG Chuan;JIANG Yu;ZHANG Jun;School of Chemical and Environmental Engineering;China University of Mining and Technology;Datong Coal Mine Group;
XIE Qiang;YAO Xin;YANG Chuan;JIANG Yu;ZHANG Jun;School of Chemical and Environmental Engineering;China University of Mining and Technology;Datong Coal Mine Group;
..............page:196-202
Kinetic models and numerical simulation of SO2 adsorption on activated carbon
WANG Hai-hong;LIU Ying-shu;LI Zi-yi;YANG Xiong;School of Mechanical Engineering;University of Science and Technology Beijing;Beijing Engineering Research Center for Energy Saving and Environmental Protection;University of Science and Technology Beijing;
WANG Hai-hong;LIU Ying-shu;LI Zi-yi;YANG Xiong;School of Mechanical Engineering;University of Science and Technology Beijing;Beijing Engineering Research Center for Energy Saving and Environmental Protection;University of Science and Technology Beijing;
..............page:203-211
Experimental study on ammonia carbon capture coupled chemicals production
MA Shuang-chen;GUO Meng;CHEN Gong-da;ZHU Si-jie;HAN Ting-ting;School of Environment;North China Electric Power University;
MA Shuang-chen;GUO Meng;CHEN Gong-da;ZHU Si-jie;HAN Ting-ting;School of Environment;North China Electric Power University;
..............page:212-217
Configuration improvement and zero-drift error compensation of light interference methane detector
LIN Hao;LI En;LIANG Zi-ze;ZHAI Bo;The State Key Laboratory of Management and Control for Complex Systems;Institute of Automation Chinese Academy of Sciences;Electronic Engineering Department;Beijing Information Technology College;
LIN Hao;LI En;LIANG Zi-ze;ZHAI Bo;The State Key Laboratory of Management and Control for Complex Systems;Institute of Automation Chinese Academy of Sciences;Electronic Engineering Department;Beijing Information Technology College;
..............page:218-225
Technology temperature compensation technology of the methane sensor with tunable semiconductor laser spectrum absorption
FAN Rong;HOU Yuan-bin;GUO Qing-hua;ZHANG Shu-lin;XUE Fei;College of Electrical and Control Engineering;Xi’an University Science and Technology;Measurement and Control Technology Research Branch;China Coal Technology Engineering Group Chongqing Research Institute;
FAN Rong;HOU Yuan-bin;GUO Qing-hua;ZHANG Shu-lin;XUE Fei;College of Electrical and Control Engineering;Xi’an University Science and Technology;Measurement and Control Technology Research Branch;China Coal Technology Engineering Group Chongqing Research Institute;
..............page:226-231
Underground coalmine IoTs perception layer time synchronization under duty-cycle mechanism
CHEN Zhen-ping;HUANG You-rui;TANG Chao-li;QU Li-guo;WANG Zheng;School of Electrical and Information Engineering;Anhui University of Science and Technology;
CHEN Zhen-ping;HUANG You-rui;TANG Chao-li;QU Li-guo;WANG Zheng;School of Electrical and Information Engineering;Anhui University of Science and Technology;
..............page:232-238
..............page:239