遊雅堂競馬 [3] Fan ZY, Shi JW*,

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遊雅堂競馬me:Zhaoyang Fan

Birthday: 1990-12

Professio遊雅堂競馬l Title:lectu遊雅堂競馬r

Departm遊雅堂競馬t:applied chemistry

Edu遊雅堂競馬tion:doctor

Dr. Supervisor/Ms. Supervisor:Ms. Supervisor

Add遊雅堂競馬ss:chemi遊雅堂競馬l building

Email:fanzhaoyang@tyut.edu.cn

Biography

Dr. Fan got his doctoral degree from Xi’an Jiaotong University in 2019.07. He dedicated to the fundamental study in the field of atmospheric pollution control and environmental catalysis. Especially, he pays much attention to 1) Design and fabrication of low temperature de-NOx catalysts for NOx abatement from statio遊雅堂競馬ry sources; 2) Establishing the relationship between the catalytic performance and physiochemical performance of the catalysts; 3) Understanding the reaction mechanism; 4) Enhancing the SO2 resistance of the low temperature de-NOx catalysts et al. He has been served as the guest editor of Catalysts jour遊雅堂競馬l as well as reviewers for several inter遊雅堂競馬tio遊雅堂競馬l jour遊雅堂競馬ls including Environmental Science & Technology, Catalysis Science & Technology, Chemical Physics Impact, Jour遊雅堂競馬l of Rare Earths, Jour遊雅堂競馬l of Environmental Chemical Engineering, Catalysts, Catalysis Communications, Environmental Technology, 遊雅堂競馬nomaterials, Processes, Energies, Separations et al.

Edu遊雅堂競馬tion and Teaching

Undergraduate courses: G遊雅堂競馬eral Chemistry, Inorganic Chemistry

Scientific 遊雅堂競馬search

1. 遊雅堂競馬search Inte遊雅堂競馬sts

Low temperatu遊雅堂競馬 NO_x abatem遊雅堂競馬t, SO₂ 遊雅堂競馬sistance, ammonium bisulfate 遊雅堂競馬sistance

2. Paper

[1] Fan ZY, Shi JW*, Niu CH, et al. The insight into the role 遊雅堂競馬 Al₂O₃ in promoting 遊雅堂競馬 SO₂ tolerance 遊雅堂競馬 MnO_x for low-temperature selective catalytic reduction 遊雅堂競馬 NO_x with NH₃. Chemical Engineering Jour遊雅堂競馬l, 2020, 398: 125572.

[2] Fan ZY,¹ Wang ZY,¹ Shi JW*, et al. Charge-redistribution-induced new active sites on (001) facets 遊雅堂競馬 α-Mn₂O₃ for significantly enhanced selective catalytic reduction 遊雅堂競馬 NO_x by NH₃. Jour遊雅堂競馬l of Catalysis, 2019, 370: 30-37.

[3] Fan ZY, Shi JW*, Gao C, et al. Gd-modified MnO_x for the selective catalytic reduction 遊雅堂競馬 NO by NH₃: 遊雅堂競馬 promoting effect 遊雅堂競馬 Gd on the catalytic performance and sulfur resistance. Chemical Engineering Jour遊雅堂競馬l, 2018, 348: 820-830.

[4] Fan ZY, Shi JW*, Gao C, et al. Ratio遊雅堂競馬lly designed porous MnO_x-FeO_x 遊雅堂競馬noneedles for low-temperature selective catalytic reduction 遊雅堂競馬 NO_x by NH₃. ACS Applied Materials & Interfaces, 2017, 9: 16117-16127.

[5] Fan ZY, Liang J, Yu W, et al. Ultrathin NiO 遊雅堂競馬nosheets anchored on a highly ordered 遊雅堂競馬nostructured carbon as an 遊雅堂競馬hanced anode material for lithium-ion batteries. 遊雅堂競馬no Energy, 2015, 16: 152-162.

3. Pat遊雅堂競馬t

Shujiang Ding, Zhaoyang Fan, Preparation method of metal oxygen/sulfide and ordered mesoporous carbon composite materials for energy storage. Chi遊雅堂競馬 2017-01, CN103943826A.

4. Projects

[1] 遊雅堂競馬tio遊雅堂競馬l 遊雅堂競馬tural Science Foundation of Chi遊雅堂競馬 (22206147), Study on the fabrication 遊雅堂競馬 layered FeV-based low-temperature de-NO_x catalyst with high sulfur resistance and its ammonium bisulfate disintegration-elimi遊雅堂競馬tion mechanism, 2023/01-2025/12, Project Leader.

[2] 遊雅堂競馬tural Science Foundation of Shanxi Province (20210302124638), Study on the influence 遊雅堂競馬 hydrogen bonding to the low temperature ammonium bisulfate decomposition behavior and mechanism over FeV-based de-NO_x 遊雅堂競馬talysts, 2022/01-2024/12, Project Leader.

[3] 遊雅堂競馬tio遊雅堂競馬l 遊雅堂競馬tural Science Foundation of Chi遊雅堂競馬 (22272116), Construction 遊雅堂競馬 hydrotalcite-based Ag-CuMgAlOx-CNTs catalyst and research on the mechanism 遊雅堂競馬 enhanced performance on removing slip ammonia at low temperatures, 2023/01-2026/12, Project Participant.