Advanced Energy Materials Lab.
Myoungho Pyo
Tel : 061-750-3638
In our laboratory, active research is being conducted on the synthesis of electrode material and solid state electrolyte for secondary batteries with high safety and capacity by overcoming the inherent problems associated with the materials. The prime focus of our research is also on the synthesis of electrode materials, analysis of their electrochemical characteristics and performance in secondary battery applications. Secondary battery has been commonly used for electric vehicles applications and portable IT equipment and has attracted immense attraction as next generation power source and energy storage device. In recent years, more research has been focused on the study of new electrode materials possessing high safety and high capacity in secondary battery development. New concepts is being implemented for solving the existing shortcomings in the electrode materials and solid state electrolyte for secondary battery.
Research Fields
- Design and validation of new structure active materials, with improved safety for Li and Na ion batteries.
- Development of carbonaceous anode materials for high Li and Na storage.
- Development of new functional electrode materials for flexible devices.
- Development of solid electrolyte for secondary battery and study of electrochemical properties.
- ACS Applied Materials & Interfaces, 2020, 12, 25000-25010
- Nano Energy, 2019, 66, 104097 :Heterogeneous channel architecture, Neuromorphic computation
- Advanced Materials, 2019, 31, 1906433 : “Photopic adaptation”, “Scotopic adaptation”
Research Equipment
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Powder XRD
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Cell Fabrication System
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Automatic Battery Cycler
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EIS analysis Equip.
Lab web address
