Abstract List
My Submissions
430
Research on High-Precision Laser Methane Detection Method Based on Adaptive Filtering AlgorithmDraft Accepted

Boran Li, Kai Wang*, Hao Shao, Bei Zhang, Chaojie Liu

Safety Engineering and Occupational Health > 2．Gas Control and Carbon Peak and Neutralization Technologies

405
Influence of oxygen concentration on the combustion characteristics and chemical mechanism of coal mine methane in a closed chamberDraft Accepted

Feixiang Zhong, Qingzhao Li*, Zhengyang Yu, Baotong Li, Xiong Ding, Xinxin Liu

Safety Engineering and Occupational Health > 2．Gas Control and Carbon Peak and Neutralization Technologies

329
Study of rapid gas desorption induced microstructural alteration in deep coals from the Sydney BasinAbstract Accepted

Zhongbei Li, Ting Ren*, Ming Qiao, Lihai Tan, Dennis Black, Jan Nemcik, Xueqiu He

Safety Engineering and Occupational Health > 2．Gas Control and Carbon Peak and Neutralization Technologies

322
Optimization of the mass removal rate of coal subject to high-flow water jet cutting: An orthogonal experimental investigationAbstract Accepted

Mingjun Jiang, Yingke Liu*, Ji Xiong, Xiangyang Bu, Fengchao Wang, Zhaoxi Long

Safety Engineering and Occupational Health > 2．Gas Control and Carbon Peak and Neutralization Technologies

321
Influence of oxygen concentration on the combustion characteristics and chemical mechanism of coal mine methane in closed chamberAbstract Accepted

飞翔 钟, 庆钊 李*, 政阳 于, 宝通 李, 熊 丁, 鑫鑫 刘

Safety Engineering and Occupational Health > 2．Gas Control and Carbon Peak and Neutralization Technologies

299
Potential application and Risk Assessment of Compressed Air Energy Storage in Abandoned MinesFinal Paper

Xiaolin Wang*, Shuaifeng Lu, Andrew Chan

Safety Engineering and Occupational Health > 2．Gas Control and Carbon Peak and Neutralization Technologies

265
Molecular simulation of the effect of nonionic surfactant on the diffusion of coal bed methaneDraft Accepted

杨 白*, 博洋 耿, 陶乐 张, 雷蕾 杨

Safety Engineering and Occupational Health > 2．Gas Control and Carbon Peak and Neutralization Technologies

170
The pore structure characteristics of deep coal seams under the synergistic effect of high temperature and high pressure and their impact on coalbed methane adsorptionDraft Accepted

Si Shasha, Kang Jianhong*, Jiwei Yue

Safety Engineering and Occupational Health > 2．Gas Control and Carbon Peak and Neutralization Technologies

    8 Records 1/1
Important Date

  • Conference Date

    May 29

    2024

    to

    Jun 01

    2024

  • May 08 2024

    Draft paper submission deadline

Sponsored By
China University of Mining and Technology
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