Introduction:
Name: Jianshan Ye
Title: Professor
E-mail: jsye@scut.edu.cn
Personal homepage: https://www2.scut.edu.cn/_upload/article/files/e5/02/334026114ece8dfbfc808e487b8d/035aaef7-835e-4806-a29f-f5ea218f71db.pdf
Supervisor: Master’s ＆ PhD Supervisor
Area:
Electrochemistry
Education:
1986-1990， Departmment of Chemistry， East China Normal University， BSc
1990-1993， Departmment of Chemistry， East China Normal University， MSc
1995-1999， Departmment of Chemistry， Hong Kong University of Science and Technology， PhD
1999-2001， School of Medicine， Hong Kong University， Postdoc Fellow
2001-2006， Department of Biological Sciences， National University of Singapore
Research interests:
The research intersts of Dr.Ye's group cover the development of functional nano-materials for batteries and electrochemical sensors.
Representative publications :
(1) Yang Hao， Li Dehua， Huang Zeqi， Gao Hong， Ma Ying， Ye Jianshan，Fe-Fe3O4/Fe7S8@CNSs Heterostructure Boosts Fast Reaction Kinetics for Ultrahigh-Performance Sodium-Ion Battery Anodes， Advanced Functional Materials (2025) e12226.
(2) Chen Xuwei， Ye Chenxin， Huang Zeqi， Gao Hong， Yang Hao， Cai Weihua， Ma Ying， Ye Jianshan， Low-valent multielement synergy stabilizing bimetallic Prussian blue cathode for ultra-fast and highly stable sodium-ion batteries， Journal of Energy Chemistry 111 (2025) 640-649.
(3) Huang Yiguo， Li Dehua， Ma Ying， Ye Jianshan， Molecular turbine architecture: Synergistically boosting ultra-stable and high-rate sodium storage in FeS2/NiS2 heterostructure encapsulated in N-doped carbon nanotubes， Chemical Engineering Journal 517 (2025) 164338.
(4) Li Dehua，Yang Hao， Huang Yiguo， Huang Zeqi， Gao Hong， Wei Sixuan， Li Nan， Ye Jianshan， Ma Ying， Heterojunction-Engineered N， S Co-Doped Carbon-Coated Silicon Anodes via Supramolecular Self-Assembly for High-Performance Lithium-Ion Batteries， Small 21 (2025) 202505424.
(5) Jiang Wenfeng， Gao Hong， Huang Zeqi， Ye Jianshan， Cai Weihua， Entropy-Stabilized Layered Oxides with Transition Metal Vacancies for High-Energy-Density Sodium Storage， ACS Applied Energy Materials 8 (2025) 10928-10938.