Battery Materials & Systems LAB145
Research Interest
1. Electrode
- Porous electrode design
- Li metal surface modification
- Development of advanced binding and conducting materials
2. Electrolyte
- Study of functionality electrolyte
- Polymer electrolyte(gel, solid polymer electrolyte)
- Smart window technology development using the electrochromic element
3. Separator
- (In)organic coated separators
- Coated separators without binder
- Correlation between coated separator and electrochemical performance
4. Simulation
- Development of models for predicting battery performance
- Battery design and optimization based on simulation
- Parameter estimation based on experimental data
Advisor Professor : Lee, Yong Min
Battery Materials & Systems LAB Homepage
1. Electrode
- Porous electrode design
- Li metal surface modification
- Development of advanced binding and conducting materials
2. Electrolyte
- Study of functionality electrolyte
- Polymer electrolyte(gel, solid polymer electrolyte)
- Smart window technology development using the electrochromic element
3. Separator
- (In)organic coated separators
- Coated separators without binder
- Correlation between coated separator and electrochemical performance
4. Simulation
- Development of models for predicting battery performance
- Battery design and optimization based on simulation
- Parameter estimation based on experimental data
Advisor Professor : Lee, Yong Min
Battery Materials & Systems LAB Homepage
Co-Author(s)
Related Keyword
Recent Submissions
RSS 1.0
RSS 2.0
ATOM 1.0
- Progress and Perspectives on Lithium Metal Powder for Rechargeable Batteries
- Artificial Li3N SEI-Enforced Stable Cycling of Li Powder Composite Anode in Carbonate Electrolytes
- Surface modification of perforated separator for more robust and thinner all-solid-state electrolyte membrane
- 고안전성 이차전지
- Gold-Nanolayer-Derived Zincophilicity Suppressing Metallic Zinc Dendrites and Its Efficacy in Improving Electrochemical Stability of Aqueous Zinc-Ion Batteries