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Welcome to Prof. Misook Kang's Lab.
Dept. of Chemistry, Yeungnam University
Our laboratory conducts research across a broad range of energy and environmental catalysis and storage systems, all built on materials we synthesize in-house. Our research themes include photocatalysis (hydrogen production via water splitting, antibacterial applications, CO₂ methanation, and solar cells), water electrolysis catalysts (OER, HER), oxygen reduction reaction (ORR) catalysts, secondary battery materials (NCM, LFP, LLO, Si and graphite anodes), thermal catalysis for turquoise hydrogen production, and adsorption materials (NH₃ and CO₂ adsorbents).
Beyond materials synthesis, we place strong emphasis on rigorous characterization and performance evaluation, including in-depth physicochemical analysis, electrochemical and catalytic performance testing, mechanistic studies, and in situ/operando analysis to elucidate structure-property relationships. This integrated approach — from materials design and synthesis to advanced characterization and mechanistic understanding — allows our lab to contribute meaningfully to next-generation energy conversion and storage technologies.
Group News
🎉 "26.07" Congratulations to Jeongjin Lee on a new publication in Energy & Enviroment Materials !
📃Atomic-Scale Structurally Locked 1T/2H-MoS2/ZnS Z-Scheme Heterojunctions for Prolonged Charge Kinetics and Dual-Functional Photocatalysis Link
🎉 "26.07" Congratulations to Hyunsub Shin on a new publication in Chemical Engineering Journal !
📃Methane-pyrolysis-driven interfacial carbon reconstruction for durable high-kinetics silicon anodes with extension to end-of-life photovoltaic silicon Link
🎉 "26.07" Congratulations to Jaehun Lee on a new publication in Chemical Engineering Journal !
📃Moisture-resilient heterostructured multiphase LZLOS frameworks: a scalable roadmap toward sintering-free and pressure-less all-solid-state energy storage Link
🎉 "26.06" Congratulations to Hojun Moon on a new publication in Carbon Energy !
📃Nitrogen-Stitched rGO/Graphite Bilayer Anodes for Accelerated Li-Ion Transport and Interfacial Charge Regulation Link
🎉 "26.02" Congratulations to Jaehun Lee on a new publication in Chemical Engineering Journal !
📃Halogen-programmed Li3PO4 coating for self-adaptive and durable interfaces in sulfide-based all-solid-state batteries Link
🎉 "26.02" Congratulations to Hyunsub Shin on a new publication in Journal of Colloid and Interface Science !
📃Dynamic cathode–electrolyte interphase structuring by Al–F dual surface engineering for exceptional stability of Ni-rich NCM811 cathodes Link
🎉 "26.01" Congratulations to Buseong Kim on a new publication in Journal of Materials Chemistry A !
📃Carbon nitride shielded Co-W–S interfaces for ultra-stable hydrogen evolution in harsh acidic media Link
🎉 "25.10" Congratulations to Geunhyeong Kim on a new publication in Journal of Materials Chemistry A !
📃Function-orchestrated CaO/BiVO4/rGO interfaces for efficient CO2 methanation via coupled charge separation and adsorptive activation Link
🎉 "25.09" Congratulations to Myeong Seok Goh on a new publication in Advanced Science !
📃Spin-Orchestrated Lithium Diffusion in Reforged Ferromagnetic Fe@C Anodes Link
🎉 "25.07" Congratulations to Hojun Moon on a new publication in Energy Storage Materials !
📃Orchestrated Interfacial Reprogramming via Al–F–C Synergy for Dynamic CEI Structuring in Advanced Cathodes Link
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