Pengcheng Li - [email protected] - University of Alberta
University of Alberta: [email protected]. Postdoctoral Fellow, Faculty of Engineering - Civil and Environmental Engineering Dept
Pengcheng Li - Google Scholar
University of Alberta - Cited by 201 - Electrolyte - Lithium metal anode
Pengcheng Li - Google Scholar
University of Alberta - Cited by 149 - Environmental hydraulics - Bubble dynamics - Mass transfer - Fish habitat - CFD
Pengcheng Li - Edmonton, Alberta, Canada - LinkedIn
2024年5月14日 · Ph. D. candidate in University of Alberta · I am currently focusing on advancing liquid electrolytes for rechargeable batteries. With versatile multiscale modeling skills, I have extensive...
- 职位: Ph. D. candidate in University …
- 位置: University of Alberta
- 500+ 连接数
Pengcheng LI | PhD candidate | Doctor of Engineering | University …
Pengcheng LI, PhD candidate | Cited by 100 | of University of Alberta, Edmonton (UAlberta) | Read 10 publications | Contact Pengcheng LI
Ge Li, PhD, PEng - [email protected] - University of Alberta
Dr. Li has expertise in bridging the fundamental understanding of the electrochemical/electrocatalytic behaviors of novel materials at the molecular level and the fabrication of energy devices for practical applications.
MACE LAB@UofA - People - Google Sites
Tenure-Track Assistant Professor (2019-present) in Mechanical Engineering, University of Alberta, Canada. Visiting Professor (2018-2019) in Chemical Engineering, Concordia University, Canada....
Pengcheng LI | Environmental flow scientist | PhD - ResearchGate
Pengcheng LI, Environmental flow scientist | Cited by 49 | | Read 18 publications | Contact Pengcheng LI
Pengcheng Li's research works | University of Alberta, Edmonton ...
Pengcheng Li's 5 research works with 14 citations and 85 reads, including: High Mass Loading of Edge-Exposed Cu3P Nanocrystal in 3D Freestanding Matrix Regulating Lithiophilic...
Low Concentration Sulfolane‐Based Electrolyte for High Voltage …
2023年1月14日 · We developed a low concentration electrolyte (LCE) (0.25 M) with low solubility LiNO 3 as the main salt. This LCE shows good separator wettability, high ionic conductivity, high Li + transference number, and low cost. The rational design of the interphases enables LCE to be suitable for high-voltage lithium metal batteries.