ScholarWorks@Korea University: Choi, Won joon

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Choi, Won joon (최원준)

College of Engineering (Department of Mechanical Engineering)

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Tel 02-3290-5951
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combustion:8||thermopower wave:6||Supercapacitor:5||Carbon nanotube:5||Combustion synthesis:5||energy conversion:5||thermopower waves:4||carbon nanotube:4||Electrochemical electrode:4||Carbon coating:3||Solid oxide fuel cell:3||chemical fuel:3||energy generation:3||Layerbylayer:2||Phase change material:2||Manganese oxide:2||picric acid:2||Combustion:2||Thermochemical synthesis:2||ITO:2||Heat sink:2||Heat transfer:2||Modeling:2||electrochemical electrode:2||thermal transport:2||Boiling heat transfer:2||3D printing:2||exothermic chemical reaction:2||Triboelectric nanogenerator:2||TIM:1||Thermal metamaterial:1||Drop impact:1||Heat pipe:1||Palladium oxide:1||Heat and mass transfer:1||Fluid temperaturevelocity sensor:1||Flexibledetachable sensor:1||Bismuth oxide:1||Surface integrity:1||photocatalytic activity:1||Combustion wave:1||Syngas production:1||Energy conversion:1||current duration:1||time&:1||temperature control:1||temperatureresponsive functions:1||Nd:1||Mechanical metamaterial:1||Low density material:1||transitionmetal oxide:1||graphene:1||temperature distribution:1||Raman spectroscopy:1||Solgel process:1||Erythrocyte membrane:1||Paper:1||pH sensor:1||Selfpowered sensor:1||projection microstereolithography:1||combustion synthesis:1||Energy harvesting:1||nanopores:1||Nanostructured Explosive Composites:1||Thermal transport:1||Nanotube:1||Thermoelectric:1||MUSCLES:1||averaged energy efficiency:1||ITO multilayer:1||YVO4 laser:1||formaldehyde:1||Layerbylayer deposition:1||thermochemical synthesis:1||nucleation energy:1||lithiumion battery:1||Graphene:1||Biporous structure:1||High oxidation state:1||Carbon nanotube mesh:1||coreshell nanoparticles:1||pyroelectricity:1||Photothermal simulation:1||Fuel utilization:1||Ultrasonic attenuation:1||combustion waves:1||phase transformation:1||Coelectrolysis:1||Thermal safety margin:1||Porosity:1||THINFILMS:1||PRESSURE:1||Issue 98:1||Silver/silver oxide:1||ultrasonic wave engineering:1||Heat transfer enhancement:1||Porous coating:1||Broadband absorber:1||nickelcobalt oxide:1||electrothermal synthesis:1||Charge transfer resistance:1||Sphere:1||Heat conduction:1||Thermoelectric waves:1||IoT sensor:1||soft robotics:1||metal oxides nanostructures:1||Phase transformation:1||carbon nanotubes:1||supercapacitor:1||nanoporous surfaces:1||Energetic Materials:1||Singlewalled carbon nanotube:1||Critical heat flux:1||Thermopower waves:1||zinc oxide (ZnO) nanostructures:1||NANOELECTROMECHANICAL SWITCHES:1||COMPOSITES:1||triboelectricity:1||antimony telluride:1||thermochemical reaction:1||Radarabsorbing structures:1||carbon:1||Cellulose:1||Boiling:1||Dripping:1||Bismuth telluride:1||electroactive hydrogel:1||Combustion waves:1||CMOS:1||conformal coatings:1||Maskless nanolithography:1||Alumina/epoxy composites:1||Carbon Nanotube:1||High Thermal Conductivity:1||Solid oxide electrolysis cell:1||Wettability:1||picramide:1||Alignment of nanostructures:1||Thermopower Wave:1||Chemical Fuels:1||MULTILAYER FOILS:1||thermoresponsive polymers:1||Silverbismuth hybrid:1||Ruthenium oxide:1||Natural convection:1||Thermal shield:1||Responsive material:1||Internal reforming:1||Finger energy harvesting:1||Metalfree generator:1||Selfsustaining sensor:1||sodium nitrate:1||Thermal resistance:1||Superresolution nearfield structure (SuperRENS):1||Numerical simulation:1||Net shape fabrication:1||Exothermic Reaction Speed:1||STRAIN SENSOR:1||TRANSPARENT:1||Carbon:1||laser direct ablation:1||photothermal energy:1||thermal conductivity:1||functional additive:1||cobalt oxide:1||laser ablation:1||thermalenergy transfer:1||Titanium oxide:1||Electrochemical biosensor:1||Rectangle:1||Phase change nanocomposite:1||Thermochemistry:1||Surface polarization:1||carbon coating:1||Electrochemical reaction:1||Heat generation:1||aqueous twophase system:1||Exothermic chemical reaction:1||Copper oxide:1||CO2 reduction:1||YARNS:1||nanogenerator:1||#8208:1||thermoacoustic simulations:1||transparent conductive oxide electrode:1||Hierarchical porous carbon:1||Sodium chloride:1||Cooling performance:1||Bimetallic nanoparticle:1||binderfree anode:1||Fibrinogen:1||Electrochemical impedance spectroscopy:1||Leidenfrost effect:1||Carbon nanotubes:1||Chemical potential:1||Local condition:1||soft actuator:1||supercapacitors:1||Dynamics of water motion:1||PZT:1||resistive pulse sensing:1||electrical energy generation:1||Degradation:1||Backing block:1||bismuth oxide:1||Enhanced Energy Release:1||Co oxide phase transformation:1||Zn oxide:1||current crowding:1||CO2 utilization:1||air gap capacitance:1||Engineering:1||Ag:1||Convection:1||Nitrogen doped carbon:1||Thermal interface:1||Octettruss unitcell structure:1||defective carbon:1||

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