中国矿业大学主页平台系统陈玉民--中文主页--论文成果

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陈玉民 ( 副教授 ) 赞
的个人主页 http://faculty.cumt.edu.cn/CYM123/zh_CN/index.htm
副教授博士生导师硕士生导师

论文成果当前位置：中文主页 >> 科学研究 >> 论文成果

[1] 陈玉民,Sun, Longkun,Du, Xiaoqi,Zhu, Bingxin,Dong, Yongheng,刘洋,余波,杨丽,Zhao, Yongchun.Boosting methanol productivity from plasma catalysis CO2 hydrogenation over Cu-based catalysts in a dielectric barrier discharge reactor via metal and support modifications,2025,v 525,
[2] 陈玉民,Zhu, Bingxin,Sun, Longkun,Du, Xiaoqi,Shi, Chengjing,Dong, Yongheng,任燕燕,王鑫雨,刘洋,周怀春.Insights into interaction mechanism of plasma, catalysis and thermal processes during toluene oxidation in a packed dielectric barrier discharge plasma reactor,2025,v 396,
[3] 陈玉民,崔馨,任燕燕,彭献永,周怀春.基于知识融合的智慧能源课程体系内涵与构建方法探索,2024,2024年30期:19-22+26,5
[4] 陈玉民,董永恒,史承静,孙龙坤,朱丙鑫,李冰,刘洋,周怀春.非热等离子体强化Cu/γ-Al2O3催化CO2温和加氢制甲醇的实验与动力学模拟研究,2024,:,18
[5] Shi, Chengjing,陈玉民,Dong, Yongheng,Yue, Wenjing,Sun, Longkun,王鑫雨,刘洋,周怀春.Reaction mechanism investigation on Plasma-Assisted steam reforming of toluene based on emission spectrum analysis and kinetic simulation,2024,v 493,
[6] Shi, Chengjing,陈玉民,Dong, Yongheng,Yue, Wenjing,Sun, Longkun,王鑫雨,刘洋,周怀春.Reaction mechanism investigation on Plasma-Assisted steam reforming of toluene based on emission spectrum analysis and kinetic simulation,2024,v 493,
[7] Huang, Wenjie,Yue, Wenjing,Dong, Yongheng,Lu, Qiancheng,Shi, Chengjing,Sun, Longkun,Shi, Yuanshu,陈玉民,赵永椿.Field parameters investigation of CO2 splitting in atmospheric DBD plasma by multi-physics coupling simulation and emission spectroscopy measurements,2023,v 353,
[8] 陈玉民,史承静,崔馨,任燕燕,周怀春.面向综合能源时代的动力机械原理课程建设与实践改革探索,2023,2023年23期:1-5,5
[9] Lu, Qiancheng,Lei, Wentao,Yue, Wenjing,Huang, Wenjie,Dong, Yongheng,闫伟杰,刘洋,陈玉民,Zhao, Yongchun.Reaction mechanism explorations on non-thermal plasma reforming of CO2-CH4 by combining kinetics modeling and emission measurements,2023,卷: 344
[10] Lu, Qiancheng,Lei, Wentao,Yue, Wenjing,Huang, Wenjie,Dong, Yongheng,闫伟杰,刘洋,陈玉民,Zhao, Yongchun.Reaction mechanism explorations on non-thermal plasma reforming of CO2-CH4 by combining kinetics modeling and emission spectroscopy measurements,2023,v 344,

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