Principal: Cheng Xinbing
Positions and Experience:
December 2021 - Present: Professor, Supervisor, Southeast University
July 2020 - November 2021: Assistant Researcher, Tsinghua University
July 2017 - July 2020: Post-Doctoral Fellow, Tsinghua University
Research Direction:
Intelligent Battery Materials
Solid-State Metal Lithium Batteries
High-Safety Energy Storage Batteries
Academic Achievements:
Over 150 SCI papers published, with over 32,000 citations (the highest citation for a first-authored paper is 4,116 times, and the highest citation for a co-corresponding paper is 569 times). H-index of 78. Over 50 SCI papers published as (co-)first/corresponding authors in journals such as Chem Rev, Nat Commun, Sci Adv, Adv Mater, Angew Chem Int Ed, Chem, Joule, etc. (including 20 papers selected for ESI Highly Cited Papers and 1 paper selected for ESI Hot Paper). 11 Chinese patents authorized. Listed as a highly cited scientist by Clarivate Analytics for five consecutive years. Served as the Secretary-General of the Energy Particle Materials Professional Committee of the Chinese Society of Particle Technology, Guest Editor of eTransportation, and Young Editor of Particuology and other journals.
Projects Undertaken and Completed:
Hosted two National Natural Science Foundation of China projects and the Jiangsu Provincial Outstanding Youth Fund Project. Participated in research projects such as the Key R&D Plan of the Ministry of Science and Technology and the Jiangsu Provincial "Dual Carbon" Science and Technology Innovation Special Project.
Development and Application of Solid-State Metal Lithium Batteries:
Focused on the research and development of electrode materials and interface regulation for high-energy-density, high-safety solid-state metal lithium batteries. Designed solid-state cathodes with high loading, ultra-thin solid-state electrolyte films, and dendrite-free lithium metal anodes.
Obtained battery materials and process equipment for metal lithium batteries with 400 Wh/kg, achieving application validation and pilot-scale amplification of metal lithium batteries.
