Paper Publications
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- fengxiaojun,Deng, Shishi,Liu, Quanlin,Kong, Xiangguo,Zhang, Xinqiao.Moisture content modulates pressure-dependent gas diffusion in coal particles: Mechanistic insights,2025,v 252,
- fengxiaojun,Hu, Qinjing,Ding, Zeng,Yue, Weitao.Crack propagation and acoustic emission response of coal considering effect of fault dip and roadway layout,2025,v 84,n 14,
- Ding, Zeng,fengxiaojun,wangenyuan,Cao, Zhiwei.Fault slip mechanics and seismic source characteristics considering fracture zone anisotropy,2025,卷: 20期: 7页: 3411-3437
- fengxiaojun,Yue, Weitao,赵雪,Wang, Dongming,Liu, Quanlin,Ding, Zeng.Evolution law and risk analysis of fault-slip burst in coal mine based on microseismic monitoring,2025,卷: 84期: 2
- Ding, Zeng,fengxiaojun,wangenyuan.Fault slip and seismic source response characteristics under induced stress wave,2024,v 166,
- fengxiaojun,邓狮狮,liuquanlin,wangenyuan.基于双孔扩散模型的瓦斯扩散系数压力依赖特性数值分析研究,2024,:,13
- Hu, Qinjing,fengxiaojun,Ding, Zeng,Aihemaiti, Aikeremujiang,Sa, Libin,Cao, Xinqi.Failure mechanism features and precursor characteristics of coal roadway groups in fault zone under confined conditions,2024,v 161,
- fengxiaojun,吴春杰,liuxiaofei,wangenyuan,邓狮狮,丁增.国外应急管理研究热点与演进——基于2001—2023年Web of Science数据库知识图谱分析,2024,2024年06期:190-196,7
- fengxiaojun,赵雪,Ding, Zeng,Hu, Qinjing,Wang, Dongming,Cao, Zhiwei.Numerical study on the influence of fault orientation on risk level of fault slip burst disasters in coal mines: a quantitative evaluation model,2024,v 83,n 3,
- Ding, Zeng,fengxiaojun,wangenyuan,Sa, Libin,Wang, Dongming,Hu, Qinjing,赵雪.Fracture response and damage evolution features of coal considering the effect of creep damage under dynamic loading,2023,v 148,