ScholarWorks@SOONCHUNHYANG UNIVERSITY: Cho, Young hyun

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Cho, Young hyun (조용현)

SCH Media Labs (Department of Energy Engineering)

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Desalination:7||Oxygen evolution reaction:4||Cellulose:4||facilitated transport:3||Water electrolysis:3||Membrane:3||Capacitive deionization (CDI):2||porosity:2||Hydrogen evolution reaction:2||lithiumion battery:2||Operational durability:2||membrane:2||Porosity:2||galvanostatic intermittent titration technique:2||Flow electrodes capacitive deionization:2||graphite:2||cellulose acetate:2||Waterpressure:2||Electron mediator:2||thermal stability:2||nanoparticles:2||Pseudocapacitance:2||olefin:2||Alkaline water electrolysis:2||paraffin:2||copolymer:2||7:2||ionic liquid:2||desalination:2||Ionic liquid:2||Separator:2||Controlled release:1||Coreshell heterostructure:1||CsPbBr3 perovskite nanocrystals:1||DC and RF sputtering:1||DNA assembly:1||Doping:1||Dropletbased energy harvesting membrane:1||Electrochemical:1||Electrochemical energy storage:1||Electrode oxidation:1||Energy storage:1||Energy storage system:1||Enzymatic separation:1||FDTD:1||Facilitated transport:1||Faradaic electrodes:1||Faradaic redoxreaction:1||Fiberbased supercapacitor:1||Flexible energy storage device:1||Flow capacitor:1||Flow electrode:1||Freestanding:1||Full cell test station:1||Functionalized carbon nanotube:1||GarnetType Inorganic Electrolyte:1||Gaspressure:1||Glycerin:1||Graphene oxide:1||Heat treatment:1||Heteroatom:1||High operational potential difference:1||Hindered diffusion:1||Hybrid supercapacitor:1||Hydrogen production:1||Hydroquinone:1||Hydrothermal synthesis:1||Intercalation selectivity:1||Ionexchange membrane:1||Ionic conductivity:1||Laser direct writing:1||Laserinduced graphene:1||Layerbylayer selfassembly (LbL):1||LiNi0.6Co0.2Mn0.2O2:1||Lithium iron phosphate:1||Longlife lithiumion batteries:1||Mechanical stability:1||Metal organic framework (MOF):1||Metal organic framework:1||Metalorganic framework (MOF):1||Microsupercapacitor:1||Microsupercapacitor:1||Microsupercapcitors:1||MoS2:1||MoS2 catalyst:1||Nanohybrids:1||Nanopores:1||Nanostructure:1||Nanowire:1||NiFe layered double hydroxide:1||Onchip:1||Organic electrode:1||PAN b:1||PEO:1||PFPA copolymer:1||Perovskites:1||Phtalocyanine:1||Plasmonics:1||Poly(ethylene oxide):1||Polydopamine:1||Polyethylene Oxide:1||Polymer multilayers:1||Polypropylene Carbonate:1||Pore control:1||Porous materials:1||Porous substrate(s):1||Prussian blue:1||Pseudocapacitor:1||Quaternary ammonium:1||Raney Ni:1||Recycled silicon:1||Recycling of industrial waste:1||Redox flow deionization:1||Redox mediator:1||Redox mediators:1||Redox reactions:1||Redoxactive:1||Redoxactive materials:1||Renewable energy sources integration:1||SU8:1||Salt removal performance:1||Selective ion recovery:1||Selfassembly synthesis:1||Selfpowered bacterial sensor:1||Separation:1||Silicon:1||Silver metal:1||Singlecrystalline:1||Superhydrophobic:1||Surface plasmon resonance (SPR):1||Titanium dioxide:1||Water pressure:1||Watertreatment:1||Xray photoelectron spectroscopy:1||ZnO nanoparticles:1||Zpex smile:1||activated carbon:1||agarose:1||allsolidstate batteries:1||anion exchange membrane:1||anode materials:1||ball milling:1||battery:1||capacitive deionization:1||carbon nanotube:1||carbon nanotube sponges:1||carrier:1||cellulose:1||channel:1||circulating tumor cell isolation:1||clear overlay appliances:1||codoping:1||conducting polymers:1||cubic garnet LLZO:1||dental materials:1||diffusion coefficient:1||durability:1||electrochemical properties:1||electron acceptors:1||fast charging:1||flexible energy storage system:1||flow electrode capacitive deionization:1||flowelectrode capacity deionization:1||graphene composite:1||graphenebased cathode composite:1||high rate capability:1||hydration region:1||hydrogels:1||hydrophilic functional group:1||hydrothermal synthesis:1||intrinsic hydrophobicity:1||inverse opal:1||ion conductivity:1||ionexchange membrane:1||ionic radius:1||ionicliquid:1||layer by layer deposition:1||lithium chloride extraction:1||lithium dendrite growth suppression:1||lithium ion battery:1||lithiumsulfur batteries:1||mass production:1||metal organic framework:1||metalorganic frameworks:1||microfludics:1||molybdenum disulfide:1||morphology:1||nano film:1||nanocomposite:1||nanofilm:1||nanoparticle:1||neutron powder diffraction:1||nickelrich:1||olefin separation:1||oxygen permeation:1||perfluorinated polymer:1||phase transition:1||poly(etherblockamide) (PEBAX):1||polymer crystallization:1||polymer infiltrated ceramic:1||polysulfide adsorption:1||pore generation:1||porous:1||potassium iodide:1||propylene glycol:1||protonconducting oxides:1||quasiequilibrium open circuit potential:1||redox mediator:1||sensor:1||separator:1||silver nanoparticles:1||sodium carboxymethyl cellulose:1||soft electrodes:1||solid polymer electrolyte:1||solidstate reactive sintering:1||stability:1||supercapacitor:1||thin film:1||urushiol:1||water pressure:1||waterpressure:1||waterproofed function:1||(FlowElectrode) capacitive deionization:1||zeolitic imidazole framework:1||(Flowelectrode) capacitive deionization:1||7,7,8,8Tetracyanoquinometane:1||8:1||8tetracyanoquinodimethane (TCNQ):1||Activated carbon:1||Ag:1||All SolidState Batteries:1||Antibacterial:1||Attachable energy storage device:1||AuFON:1||BaZrO3:1||Barrier:1||Battery:1||Biodegradable:1||CAD:1||CAM:1||CO(2 )separation:1||CO2:1||CO2/N2 gas separation:1||Calcium salts:1||Capacitive deionization:1||Carbonic anhydrase:1||Carbonization:1||Catalytic interactions:1||Cellulose acetate:1||Cellulose propionate:1||Co9S8:1||Cobalt silicide:1||Colloidal selfassembly:1||Composite Electrolyte:1||

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