Research status and outlook on prevention and control technology of coal fire disaster in ChinaDeng Jun, Li Bei, Wang Kai, Wang Caiping1-7,101
Law of low temperature oxidation affected to carbon monoxide generation volume during coal crushing processLiang Yuntao, Wang Liancong, Luo Haizhu8-12
Study and application on early prediction index of coal spontaneous combustionChen Xiaokun, Yu Zhijin13-17,111
Determination on initial coal spontaneous combustion area of coal pile based on COMSOL SoftwareQi Qingjie, Wang Huan, Dong Ziwen, Li Yanchuan, Li Xinghua18-23
Study on the law of heat dissipation zone, oxidization and heat accumulation zone, suffocative zone in goaf and spontaneous combustion prevention in slicing mining of thick seamZhang Xinhai, Wan Xu, Xu Yanhui, Ding Feng, Mao Wenlong24-28
Analysis on migration features of harmful gas in coal fire zone under mining conditionWang Haiyan, Tian Yao, Gao Ruihao, Duan Zhaoyang, Wang Tao29-33
Experiment study on high temperature point migration law in coal bunker during coal spontaneous combustion processJin Yongfei, Yan Xubin, Jiang Zhigang, Guo Jun, Liu Wenyong34-38
Study on coal spontaneous combustion features and pre-control method of high ground temperature coal mining face in deep depth mineMa Li, Ren Lifeng, Wang Naiguo, Han Li39-43
Study on variation law and features of free radicals in coal spontaneous combustion processZhu Lingqi, Liu Cong, Wang Fusheng44-47
Pressure balanced fire prevention and control technology during equipment withdrawing period of coal mining face in easy spontaneous combustion contiguous seams groupRen Wanxing, Guo Qing, Zuo Bingzhao, Wang Zhenfeng48-52,94
