ScholarWorks@Hanyang University: Lee, Jong Won

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Lee, Jong Won (이종원)

COLLEGE OF ENGINEERING (SCHOOL OF MATERIALS SCIENCE AND ENGINEERING)

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Tel 02-2220-0388
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sub>:4||/sub>:4||Solid electrolyte:4||electrochemistry:4||Solidstate battery:3||Solid oxide fuel cell:3||Lithium metal batteries:2||Nanoarchitecture:2||Electrodeposition:2||Carbon nanotube:2||Bipolar design:2||Sintering:2||Coulombic efficiency:2||Electrochemistry:2||Lithiumoxygen battery:2||Lithium battery:2||perovskite phases:2||Lithium metal:2||Interface:2||Duplex structure:1||Electrical properties:1||Electrochemical impedance spectroscopy:1||Electrolysis:1||Fast charging:1||Fuel cell:1||Galvanic displacement:1||Garnet:1||Graphitization:1||Green hydrogen:1||Halide electrolyte:1||High rate:1||Hybrid:1||Interfacial impedance:1||Ionic conductivity:1||Ionic conductor:1||LAGP:1||La<:1||Li<:1||LiO2 battery:1||Liion batteriesFlexible lithium ion batteryNanoparticleLiMn2O4 cathode material:1||LiNi0.8CO0.1Mn0.1O2:1||Lithiophilic layer:1||Lithiophilicity:1||Lithium ion battery:1||Lithium carbonates:1||Lithium metal anode:1||Lithium metal storage:1||Lithium phosphate:1||Lithium plating:1||Lithiumion transport:1||Lithiummetal anode:1||Low temperature:1||Mass transport:1||Mesopores:1||Mesoporous carbon:1||Mesoporous host:1||Metalorganic framework:1||Metallic interconnect:1||Microcrack:1||Monolithic integration:1||NASICON structure:1||Nanofabrication:1||Native passivation layer:1||Nirich cathode:1||Nickel phosphideElectrodepositionNanoporeSinglestepTemplatefree:1||O<:1||Particle coarsening:1||Perovskite oxide:1||Perovskites:1||Plasma spray coating:1||Plastic crystal:1||Polarization resistance:1||Polymer encapsulation:1||Polyurethane:1||Porous host materials:1||Prediction model of lifetime:1||Protective coating:1||Pulse charging:1||Residual lithium:1||Reverse water gas shift reaction:1||Secondary battery:1||Silverzinc battery:1||Singlecrystalline:1||Solid oxide cell:1||Solidoxide cells:1||Solidstate lithium battery:1||Spinel oxide:1||Storage stability:1||Surface tuning:1||Syngas production:1||Triple phase boundary:1||Zeolitic imidazolate frameworks:1||Zr<:1||bipolar design:1||carbon nanotube:1||cathode:1||cathode composition:1||dual phase:1||electrochemistryLi batteriesLi electrodesmetalorganic frameworksnanoarchitecture:1||electrodeposition:1||electrolyte:1||energy conversion:1||framework:1||functional separators:1||interfaces:1||lithiophilic seeds:1||lithium alloy:1||lithium dendrite:1||lithium metal:1||lithiumair battery:1||lithiumion battery:1||lithiummetal battery:1||lithiumoxygen battery:1||lithiumsulfur battery:1||metalorganic:1||metalorganic framework:1||metalorganic frameworks:1||nanoarchitectonics:1||organicinorganic hybrid composites:1||overpotential regulation:1||polymers:1||pore structure:1||porous structure:1||resistivity:1||solid electrolytes:1||solid oxide fuel cell:1||solidstate lithium batteries:1||solidstate structures:1||superconformal electrodeposition:1||surface tailoring:1||threedimensional porous framework:1||transference number:1||:1||zeolitic imidazolate framework:1||12<:1||2<:1||3<:1||7<:1||Air electrode:1||All solid state battery:1||All solidstate battery:1||Anode:1||Bimetallic metalorganic frameworks:1||Biphasic solid electrolyte:1||Biphasic solid electrolytes:1||Carbon host:1||Charge transport:1||Charging protocol:1||Coelectrolysis:1||Composite electrode:1||Current collector:1||Degradation:1||

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222, Wangsimni-ro, Seongdong-gu, Seoul, 04763, Korea+82-2-2220-1365

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