Hui Li
Professor, Full-time PI
Specializations: Theoretical and Computational Chemistry, Condensed Matter Physics
Email: hli@buct.edu.cn
Phone: 010-64197384
Office Location: High-Tech Innovation Building 805
Group homepage：https://www.x-mol.com/groups/huili_buct
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Education:
1999-2003, Nanjing University, Department of Intensive Instructions, Bachelor's degree
2003-2008, Nanjing University, Department of Chemistry and Chemical Engineering, PhD in Theoretical and Computational Chemistry
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Working Experience:
2008-2009, National University of Singapore, postdoctoral fellow
2009-2012, Postdoctoral Fellow, University of Nebraska Lincoln, USA
2012-2017, Associate Researcher, Institute of Physics, Chinese Academy of Sciences
2017-present, Professor at Beijing University of Chemical Technology
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Research Interests:
1.First principles and multi-scale simulation research on surface physical and chemical problems
2.Micro nano scale chemical transfer model
3.Theoretical study on low dimensional materials
4.Data-driven design of functional materials
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Teaching:
1.Intermediate Physical Chemistry (Undergraduate Course)
2.Frontiers of Theoretical Chemistry and Molecular Simulation (Undergraduate Course)
3.Principles and Applications of Molecular Simulation (Graduate Course)
4.Principles of Soft Matter Science (Graduate Course)
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Funding:
1.First principles study on the growth mechanism and fundamental properties of two-dimensional borographene (2018.1-2021.12)
2.Theoretical Simulation Study on the Nucleation and Growth Process, Acidity Model, and Gas Liquid Interface Reaction Mechanism of Liquid Phase Nano Aerosols (2024.1-2027.12)
3.Design and Mass Transfer Dynamics Study of Gas Superwetting Micro Nano Structure Electrode (2020.1-2024.12)
4.In situ observation, simulation, and controllable preparation and device integration of high-performance membrane electrodes for three-phase reaction interfaces in fuel cells (2021.8-2025.8)
5.Research on high stability anion exchange membrane electrolysis of water based on high-yield element catalysts (2022.12-2027.11)
6.Scientific basis and applications for strengthening micro nano scale processes (January 2019 December 2021)
7.Chemical nanoscale process enhancement (2023.1-2027.12)
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Publications:
