ScholarWorks@Hanyang University: Yi, Sung Chul

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Yi, Sung Chul (이성철)

COLLEGE OF ENGINEERING (DEPARTMENT OF CHEMICAL ENGINEERING)

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Tel 02-2220-0481
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PEMFC:12||Model:9||CFD:8||Catalyst layer:7||Proton exchange membrane fuel cell:7||Membrane electrode assembly:6||Electrocatalyst:5||Gallium nitride:4||hydrogen evolution reaction:4||Cell performance:4||Electrostatic spray deposition:3||PVP:3||model:3||Chemical synthesis:3||Hydride vapor phase epitaxy:3||Graphene:3||Water uptake:3||Zeolite templating:3||Agglomerate:3||Optimization:3||Oxygen reduction reaction:3||Micro/nano structure:3||Nafion:2||Process design:2||Reconstruction:2||Solvent effect:2||Nafion mobility:2||Xray diffraction:2||Hydrogen evolution reaction:2||Continuous separation process:2||Relative humidity:2||Nanostructures:2||Computational fluid dynamics:2||Electrochemical impedance spectroscopy:2||Carbon nanotubes:2||FIBSEM:2||HVPE:2||Metalion imprinted polymer:2||Decal transfer:2||PEFC:2||oxygen evolution reaction:2||Polymer electrolyte fuel cell:2||DyeSensitized Solar Cells:2||Silica:2||Carbon nanotube:2||Metals:2||Copper separation:2||Carousel process:2||Compositional study:1||Computational Fluid Dynamics (CFD):1||Counter Electrode:1||Cr/Fe:1||Cyclic voltammetry:1||DSSC:1||Decomposition:1||Density Functional Theory:1||Density functional theory:1||Design modifications:1||Detailed model:1||Direct carbon fuel cell:1||Direct synthesis method:1||Discharge:1||Discrete Phase Model (DPM):1||District heating systems:1||Dry:1||Dual Layer:1||Dualcatalyst electrode:1||Duallayered Electrode:1||Duallayered electrode:1||Durability:1||Dwell time:1||Dye Sensitized Solar Cell:1||Ewaste:1||ERICA:1||ETAS10:1||ETS10:1||Electorchemical properties:1||Electricity Storage:1||Electrification:1||Electrochemical Impedance Spectroscopy (EIS):1||Electrochemical active surface area:1||Electrochemical properties:1||Electron microscopy:1||Electrospray Deposition:1||Endangered element:1||Energy storage:1||Enterobacter sp T4384:1||Environment pollution:1||Environmental protection:1||FIBSEM Tomography:1||FLUENT userdefinedfunctions:1||Fe/Cr:1||Filtration:1||Filtration combustion:1||Fluidized bed:1||Fuel crossover:1||Functional layer:1||Functionalizing agent:1||Functionally graded electrode:1||Gallium nitiride:1||GasParticle flow:1||Graphene supported platinum:1||Green electrode:1||Grinding:1||HER:1||HETP:1||Health effects of microplastics:1||Heat Recovery:1||Heat Storage:1||Heat integration:1||Heavy metal ions:1||Heteroatom doping:1||Heteropoly acids:1||Hexagonal pit:1||Hillock:1||Hollow Sphere:1||Humidair dryer:1||Hybrid structure:1||Hybridtyped catalyst:1||Hydrogen:1||Hydrogen Storage:1||Hydrogen evolution:1||Hydrogen production:1||Hydrogen storage:1||Hydrothermal Synthesis:1||Hydrothermal method:1||ICPMS:1||IIInitride compound:1||Impregnation:1||Inorganic compounds:1||Inorganic compund:1||Intercalation:1||Interfaces:1||Internal reforming:1||Ionomer distribution:1||Kinetic study:1||Komagataeibacter sucrofermentans:1||La0.6Sr0.4CoO3delta:1||Lactic acid:1||Liion battery:1||LiFe15/16Mg1/16PO4:1||LiFePO4:1||MEA:1||MWCNTs:1||Matrix influence:1||Membranes:1||Metal organic frame work:1||Metal organic frameworks:1||Metallic mesh:1||Microgrid:1||Microplastics Removal:1||Microplastics detection:1||Microplastics sources:1||Microwaveassisted polyol synthesis:1||Miscanthus sinensis:1||Mixed potential:1||Modified serpentine flow field with inline:1||Moisture:1||Molybdenum sulphide:1||Multifunctional:1||NCBZLamino acid:1||Nbutyric acid:1||Nhexanoic acid:1||Nmethyl2pyrrolidinone:1||NORM:1||Nanoparticles:1||Nanostructure:1||Naturally occurring radioactive material:1||Ni Fe:1||NiMo alloy:1||Nitridation:1||Nonisothermal:1||Nonprecious metal catalyst:1||Organic Rankine Cycle:1||PDDA:1||PE separator:1||PEM:1||Particle size optimization:1||Phase Separation:1||Phosphogypsum:1||Phospholipid:1||Photoluminescence:1||Photovoltaic Performance:1||Platinum on carbon support:1||Polarization:1||Polyhedron:1||Polymer coated silica gel:1||Polymers:1||Polyol process:1||Porous carbon inserts:1||Porous sponge insert:1||Potassium hydroxide:1||Pressure drop:1||Process integration:1||Productivity:1||Proton Exchange Membrane Fuel Cell:1||Proton exchange membrane Fuel cell:1||Proton exchange membrane fuel cell (PEMFC):1||Pt:1||Pt nanoparticles:1||PtZSM5:1||Pt/C:1||Pt/MWCNTs:1||PtNi:1||RPHPLC:1||Radiation exposure:1||Ramping rate:1||Reaction kinetics:1||Rechargeable lithiumion batteries:1||Renewable energy:1||Renewable integration:1||Residual thermal stress:1||Resin reinforced composite:1||Retention:1||Reversible operation:1||SHS:1||SMB chromatography:1||SOFC:1||Scaling:1||Scattering:1||Scattering Layer:1||Screen printing:1||Sedoped MoS2:1||Selfhumidification:1||Silversilica heterogeneous nanocomposite:1||Simulated moving bed:1||Single crystal:1||Sinuous:1||Solid oxide cells:1||Solid oxide fuel cell:1||Sorghum bicolor:1||Stability:1||Staggered arrangements:1||Standard addition:1||Standing wave design:1||Stress:1||Subsurface damage:1||Succinic acid:1||Sulfur coverage:1||Sulfur poisoning:1||Sulfurization:1||Supercapacitor:1||Surface enhanced Raman scattering:1||Surface morphology:1||Swelling agent:1||TIM:1||TPAMCM41:1||Thermal interface material:1||Thiol:1||Thorium:1||Thorium quantitation:1||Threedimensional:1||Threephase:1||Ti Adsorption:1||Titania Nanotube:1||Titanium nanotube:1||Titanium source:1||Ultralight weight:1||Under rib convection:1||Uranium:1||Uranium quantitation:1||Utility systems:1||V/III ratio:1||Validation:1||Visual cell:1||Waste Heat Recovery:1||Water imbibition:1||Water lodging:1||Water management:1||Water production:1||Water splitting:1||Wettability:1||Woven carbon fiber:1||Zeolite layer:1||Zeolite loading:1||Zeolite/Nafion (R) composite:1||Zeolitic imidazolate frameworks:1||Zero humidity:1||Zinc air battery:1||Zinc utilization:1||ab initio method:1||active species:1||alkaline electrolyzer:1||alkaline medium:1||aluminum nitride:1||amino:1||amino acid separation:1||annealing effect:1||anode flooding:1||bilayer:1||bifunctional catalyst:1||biomass:1||bipolar plate:1||capping agent:1||carbon nanotube:1||cathode material:1||cellulosic materials:1||cfd:1||chemical mechanical polishing:1||chemical reduction:1||cobalt selenide hybrid catalyst:1||colloidal silica:1||combustion:1||computational fluid dynamics:1||concave:1||density functional theory:1||diffusion:1||dissolution phase:1||drying:1||ewastes:1||electrical conductivity:1||electroanalytical tools:1||electrocatalysis:1||electrocatalysts:1||electrocatalytic activity:1||electronic conductivity:1||electronic structure:1||first principles calculation:1||firstprinciple calculations:1||firstprinciples calculation:1||food waste:1||fuel cells:1||gas crossover:1||heat spreader:1||heteroatom doped reduced graphene oxide:1||heterostructured materials:1||hexagonal Boron Nitride (hBN):1||humid air:1||hybrid catalyst:1||hydrogen evolution reactions:1||impedance analysis:1||intraparticle:1||ionic liquid:1||lamino acid:1||layered double hydroxides:1||lithium ion battery:1||longterm stability:1||magnetic property:1||masstransfer parameters:1||material removal rate:1||microwave:1||mixed potential:1||modeling:1||molybdenum sulphoselenophosphide:1||nanoparticles:1||nitrogen doping:1||nitrogenated diamondlike carbon:1||octahedral:1||overall water splitting:1||oxygen reduction reaction:1||paired electrolysis:1||permeability:1||perovskites:1||phase separation:1||photoelectrocatalysis:1||platinum:1||poly(vinylpyrrolidone) (PVP):1||poly4vinylpyridine resin:1||polyol process:1||pyrolysis:1||reducing agent:1||retention behavior:1||scrap aramid:1||scrap copper wires:1||selfhumidification:1||silver:1||slurry agglomeration:1||smoldering:1||sodium carbonate:1||solvent effects:1||solvent gradient:1||stability:1||stainless steel:1||surface chemistry:1||surface diffusion:1||surface structure:1||transition metal hydroxides:1||tyre recycling:1||uniaxial strain:1||vMultilayer:1||water splitting:1||(MEA) fabrication method:1||zincair battery:1||1butyl3methylimidazolium tetrafluoroborate:1||2 mm and 4 mm porous inserts:1||3D Reconstruction:1||3D reconstruction:1||3D reconstruction:1||AC voltammetry:1||Ab initio:1||Activated Carbon:1||Adsorption:1||Agglomeration:1||Alternate anode:1||Alumina:1||And corrosion:1||Annealing:1||Anode:1||Atomic doping:1||BN aggregates:1||Bacterial nanocellulose:1||Bioenergy:1||Biomaterials:1||Bipolar plate:1||Borate fusion pretreatment:1||Boronnitrogen codoping:1||Boudouard reaction:1||BrunauerEmmettTeller (BET):1||Butanol:1||CNT:1||Capacity:1||Carbon fuel:1||Carbon molecular sieve:1||Carbon monoxide:1||Catalyst Layer:1||Catalyst coated substrate (CCS):1||Catalyst dual layer:1||Catalyst ink:1||Catalyst layer structure:1||Ceramic filler:1||Ceramic processing:1||Co3Se4:1||CoMoS2:1||CoagulationFlocculation:1||Cobalt:1||Combined Heat and Power:1||Composite:1||Composite anode:1||Composite over layer:1||Composites:1||

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