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Our lab focuses on the development of effective synthetic approaches and processing strategies for porous materials, and broadly investigates energy saving and energy storage devices.
Porous material synthesis
Porous material synthesis
Our research focuses on versatile porous material synthesis via soft-templating methods that utilize the co-assembly of block copolymers and target material precursors. By overcoming the inherent limitations of self-assembly and conversion processes, we develop innovative synthetic platforms for structurally controlled porous materials applicable to a wide range of energy applications.
Processing
Processing
By integrating material design with diverse processing technologies, we precisely engineer surface properties, macroscale architectures, and patterning. Our focus lies in establishing a versatile platform that enables the seamless integration of these materials into a wide range of energy applications.
Energy Applications
Energy Applications
Energy Saving Energy Storage
Energy Saving Energy Storage
Electrochromic smart window & Electrochromic energy storage systems
Micro-Supercapacitors & Lithium-ion batteries
Energy Nanomaterial Synthesis & Processing Lab
Chemical Engineering, Yeungnam University, Republic of Korea
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