摘要清单
我的稿件
97
Study on the dynamic impact of spontaneous combustion of shallow coal seam on soil chemical properties, Huojitu mine area, Shenmu, China全文录用

Xiaowei Zhai*, Yujie Zhou, Xintian Li, Qinyuan Hou, Teng Ma, Bobo Song, Le Hao

#2. Mine ventilation, fire, water damage prevention

88
Kinetic and oxygen-transport limiting regimes of reverse propagation of smoldering coal fires摘要录用

Hao Zhang, Zeyang Song*

#2. Mine ventilation, fire, water damage prevention

59
Identification and control of spontaneous combustion of coal and gas composite disaster: a case study in the Luwa coal mine, China全文录用

Shunbo Xing, Yi Lu*, Zining Jia, Jian Chen

#2. Mine ventilation, fire, water damage prevention

58
Study on the electrical potential during low-temperature oxidation of coal摘要录用

Yinan Zhang, Enyuan Wang*

#2. Mine ventilation, fire, water damage prevention

53
Research on the Air Flow Stability Characteristics in Turning Mine Tunnels全文录用

Cui DING*, Yan ZHANG

#2. Mine ventilation, fire, water damage prevention

44
Research on CO migration and prevention and control technology in composite goaf of shallow -buried close distance coal seam group:A case study in the Lijiahao Coal Mine, China摘要录用

Teng Ma, Xintian Li, Qinyuan Hou, Bobo Song, Le Hao, Xiaowei Zhai*

#2. Mine ventilation, fire, water damage prevention

38
Experimental research on the elimination performance of copper-loaded adsorbent for CO in upper corner摘要录用

Qinyuan Hou, Xiaowei Zhai*, Xintian Li, Teng Ma, Le Hao, Bobo Song

#2. Mine ventilation, fire, water damage prevention

23
Study on high stable biomass gel foam for inhibiting coal spontaneous combustion摘要录用

Shibin Nie*, Cheng Chen, Haoran Hang, Chao Han, Jiayi Li

#2. Mine ventilation, fire, water damage prevention

17
Inhibition effect of bituminous coal dust explosion by NaHCO3摘要录用

Huikang Peng, Lei Pang, Siheng Sun*, Yage Li

#2. Mine ventilation, fire, water damage prevention

9
Discovery of the key active substance leading to the room temperature oxidation of raw coal摘要录用

金虎 李*

#2. Mine ventilation, fire, water damage prevention

7
Application of Combined weight and Improved TOPSIS for Safety Evaluation of Phosphate mine Ventilation System全文录用

Qiu Dandan*, li li, Liu Xianzhen

#2. Mine ventilation, fire, water damage prevention

重要日期
  • 会议日期

    08月18日

    2023

    08月20日

    2023

  • 07月07日 2023

    初稿截稿日期

  • 08月20日 2023

    注册截止日期

主办单位
International Committee of Mine Safety Science and Engineering
承办单位
Heilongjiang University of Science and Technology
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