代表性论文
1.Yang F, Pan Y*, An emerging 2D borophene nanomaterial: Synthesis, properties and hydrogen energy applications. Coordination Chemistry Reviews 2025;545: 217015.
2.Pan Y*, Li Z, Jain IP, Recent progress of ABH3 perovskite hydrides for hydrogen storage: Design strategies, challenges and prospects. Renewable & Sustainable Energy Reviews 2026;234: 116925.
3.Gao J, Pan Y*, Jain IP, Investigation of hydrogen diffusion mechanism and enhanced catalytic activity in monolayer β12-type borophene for hydrogen evolution reaction (HER). Chemical Engineering Journal 2025;523: 168499.
4.Yang F, Pan Y*, Jain IP, Defect engineering of MoS2/borophene/WS2 sandwich heterostructures enhanced the HER catalytic activity and improved water splitting efficiency. Journal Of Materials Chemistry A 2025;13: 37508-37519.
5.Pan Y*, Gao J, Jain IP, Revealing the structural, catalytic properties and dehydrogenated behavior of Nb2C MXene for hydrogen evolution reaction (HER). Materials today Energy 2025;53: 102022.
6.Gao J, Pan Y*, Jain IP, Single-atom enhances the catalytic activity and improves water splitting energy barrier of Mo2C Mxene catalyst for hydrogen evolution reaction. International Journal Of Hydrogen Energy 2026;265: 156967.
7. Yang F, Pan Y*, Zhu J, Enhanced catalytic activity of noble metal@borophene/WS2 heterojunction for hydrogen evolution reaction. Applied Surface Science 2025;680: 161321.
8. Pan Y*, Gao J, Exploring the hydrogen storage capacity, dehydrogenated mechanism, electronic and optical properties of AMMgH3 hydrides for hydrogen storage. Journal of Energy Storage 2025;124: 116869.
9.Yu E, Pan Y*, Catalytic properties of borophene/MoS2 heterojunctions for hydrogen evolution reaction under different stacking conditions. Journal Of Materials Chemistry A 2022;10: 24866-24876.
10.Pan Y*, Guan WM, Prediction of New Phase and Electrochemical Properties of Li2S2 for the Application of Li-S Batteries. Inorganic Chemistry 2018;57: 6617-6623. |