ScholarWorks@Korea University: Yoon, Suk Goo

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Yoon, Suk Goo (윤석구)

College of Engineering

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Tel 3376
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Electrospinning:34||Supersonic spraying:19||Supercapacitor:19||Carbon nanofiber:17||Supersonic cold spraying:12||Water splitting:12||Pool boiling:12||electrospinning:10||Electroplating:10||Flexible supercapacitor:9||Anode:8||Reduced graphene oxide:8||Critical heat flux:7||Aerosol deposition:7||Electrostatic spray deposition:7||Lithiumion battery:7||Wettability:6||Silver nanowires:6||ZnO:6||Flexible:5||selfhealing:5||Freestanding electrode:5||Superheat temperature:5||PVDF:4||Lithium ion battery:4||Nanofiber:4||ZIF67:4||Electrospraying:4||Supersonic cold spray:4||Graphene:4||Composite:4||TiO2:4||Hanji:4||electroplating:4||Superhydrophobic:4||Selfcleaning:4||Fe2O3:4||Atomic layer deposition:4||Photocurrent density:4||Photoanode:4||Drop impact:3||Piezoelectric nanogenerator:3||Thin film:3||Photocatalysis:3||Viscosity:3||ZIF8:3||Heat dissipation:3||Flexible electronics:3||Selfhealing:3||Binder free:3||aerosol deposition:3||solar cell:3||Smoke dynamics:3||Photocurrent:3||Titania:3||Dip coating:3||Radiative heat transfer:3||Teflon:3||Graphene oxide:3||Supersonic spray:3||Nickel:3||water splitting:3||Water purification:3||Buoyancydriven flow:3||Iron oxide:3||crack propagation:3||Solar air heater:3||Zn2SnO4:3||supersonic cold spraying:2||thin film:2||silver nanowires:2||CIGS/CdS:2||carbon nanofiber:2||Droplet impact:2||electrospray:2||Composites:2||Fabric supercapacitor:2||Antibacterial activity:2||Energy storage device:2||Permeability:2||Fire Dynamics Simulator:2||Shock wave:2||SiO2:2||Heat removal:2||Nanomaterials:2||Nanofibers:2||Lithim ion battery:2||Electrodeposition:2||Coreshell fibers:2||Thermal barrier coating:2||electrospinning composite:2||Reynolds number:2||Nozzle geometry:2||Turbulent plume:2||Heat spreader:2||Solar water splitting:2||Highrise buildings:2||coreshell nanofibers:2||pn junction:2||Oxygen molefraction:2||Multifunctional conductive fabric:2||Thermal and strain sensors:2||ZIF7:2||Urea:2||SnO2:2||Silver nanowire:2||Bismuth vanadate:2||Freestanding:2||Contact resistivity:2||Impact bonding:2||electrical insulation:2||Microdripping:2||impact:2||Carbon nanofibers:2||Coaxial:2||Swinglike heater:2||Nanotexturing:2||Photocatalyst:2||Lignin:2||Copper nanoparticles:2||Water cooling:2||Nanotextured surface:2||Mechanical properties:2||CIGS nanoparticle:2||selfhealing coreshell nanofibers:2||Drag force:2||supercapacitor:2||Cocatalyst:2||Splash:2||supersonic spraying:2||Wall effects:2||ZnFe2O4:2||Counterflow burner:2||Breakup model:2||Cotton fabric:2||Fabric heater:2||Bimetallic:2||Zeolitic imidazolate framework:2||CNT:2||Transparent:2||Electrospray:2||Transparent conducting film:2||Supersonic spray coating:2||SnOx:2||Fuel cell:2||Reformer:2||cold spray:2||Coreshell:2||Wearable heater:2||Cooling film:2||Supersonic blowing:2||Composite anode:1||Cold spray:1||ZnO nanorods:1||Electrostatic spray:1||Nanostructures:1||Passivation layers:1||Platinum nanofiber:1||ultrathin flexible materials:1||heater:1||Flexible electrode:1||Nanofern:1||Lithium ion batteries:1||Heat pipe:1||Palladiumcoated fibers:1||MIL100:1||overpressure:1||convective and radiative heat transfer:1||composites:1||Copper vanadate oxide:1||microchannel:1||cure:1||Silicon wafer:1||Platinum:1||Photocatalytic MB degradation:1||electrospinning lithium ion battery:1||Overpressure:1||Hydrothermal:1||contact resistance:1||copper:1||Copper nickel electrode:1||Multiparticle:1||Combustion characteristics:1||heat removal:1||Dyesensitized solar cell:1||Supersonic kinetic spraying:1||CIGSSe:1||Operating condition:1||Niobium:1||coating glass:1||Combustion parameters:1||wetting:1||Antibacterial:1||Micronanoparticle:1||Pinchoff:1||Substrate temperature:1||Aerodynamic drag:1||Secondary atomization:1||Pulsed DC:1||Inkjet printing:1||nanoparticle coating:1||shockwave:1||supersonic flow:1||Group combustion:1||Dissipation energy:1||droplet:1||instability:1||dispersion:1||Droplet interspace distance:1||RayleighTaylor:1||Diesel spray:1||Droplet atomization:1||Splash corona:1||splashing:1||spray combustion:1||fabric supercapacitor:1||Ultrafine nanostructures:1||Multifunctional film:1||mechanical properties:1||Vapor recoil force:1||japonica root bark:1||Electrospinning technique:1||Energy harvester:1||methanol oxidation:1||fuel cell:1||Porous:1||Swing motion:1||electrothermopneumatic soft actuator:1||Graphene flakes:1||TiO 2:1||Turbulent eddy:1||Hole growth:1||Wearable supercapacitor:1||Selfassembling coordination chemistry:1||Wearable device:1||CNF:1||Wearable energy textiles:1||Vertical pipe:1||Laminar flow:1||Multivalent vanadium:1||Waterproof and breathable:1||Electrospun fibrous membranes:1||Closed type swirl injector:1||Injector dynamics:1||Selfexcited instability:1||Nickel microfibers:1||Bismuth vanadate (BiVO4):1||BaSrTiO3 nanoparticles:1||poly(vinylidene fluoridecotrifluoroethylene) nanofibers:1||ionizerassisted filtration:1||Cold spray technique:1||Silverplated fibers:1||Turbulent buoyant plume:1||Confined environments:1||Fungal infection:1||Global wood trade:1||Transition:1||Buoyant smoke dynamics:1||Ni@ZIF8:1||Flexible energy storages:1||Threedimensional:1||Bismuth vanadate nanopillar:1||Mo:1||carbon dioxide:1||Humidity sensor:1||Electrospun nanofiber:1||Felxible:1||Coppernickel electrode:1||Moldrelated indoor hygiene:1||Kinetic spray:1||Electrostatic Spray Deposition:1||Supersonic spraycoating:1||Direct injection:1||Ag nanoparticles:1||particle velocity:1||electrochemistry:1||3D nanostructure:1||Solgel process:1||Supersonic spray deposition:1||alumina:1||Solid wall:1||Empirical model:1||emulsions:1||Graphene ZnO mat:1||line printing:1||Fuel ratio:1||Electrical conductivity:1||Aspect ratio:1||Nanoparticle:1||Dropondemand (DOD):1||Inkjet Printing:1||Suspension:1||thinfilm coating:1||Air entrapment:1||Swirl spray:1||CAI (Controlled AutoIgnition):1||bouncing droplet:1||CAI (controlled auto ignition):1||underlap:1||thermal and strain sensors:1||Antiicing:1||silver nanowires (AgNWs):1||Antifungal activity:1||freestanding electrode:1||rGO nanosheets:1||nanotexturing:1||surface property:1||Energy harvesting:1||Electrical poling:1||Transparent metallic fibers:1||Transparent conductive electrode:1||Multivalent oxidation:1||Carbon fabric:1||NiCo2S4@rGO nanocomposites:1||Heat loss:1||Solar collector:1||Ethylene glycol:1||Wearable fabric supercapacitor:1||Beehivelike nanosheets:1||Hydraulic mechanical pulsatior:1||Nickel nanocone:1||Openwindows:1||energy and environmental applications:1||Analytical solution:1||wearable:1||nanowires:1||Selfsimilar turbulent plume:1||Capsulebased selfhealing:1||Wicking:1||Warren Finlay:1||SnOx/CNF:1||coreshell:1||Re complexes:1||Desalination:1||supersonic spray:1||defrosting:1||percolation model:1||synthesis and processing:1||nanofiber:1||composite:1||fatigue:1||Metalorganic framework:1||Weaving:1||Explosion:1||adhesion:1||coldspray:1||Clay minerals:1||microstructure:1||photocurrent:1||silicon solar cells:1||GQD layers:1||Silica:1||electrospun nanofibers:1||composite layer:1||light scattering:1||cooling microelectronics:1||reduced graphene oxide:1||electrostatic spray:1||Surface free energy:1||CF4 etching:1||split injection:1||gasoline direct injection:1||Spreading:1||Equivalence ratio:1||Solution blowing:1||Electrohydrodynamic inkjet:1||EHD (electrohydrodynamics):1||Topology:1||Additives:1||Distribution of OH radicals:1||Supersonic nozzle flow:1||Twophase flow:1||Air core:1||exhaust gas recirculation distribution:1||linked single exhaust gas recirculation:1||compressed gas:1||internal EGR (exhaust gas recirculation):1||Metal organic framework (MOF) nanocrystals:1||Zinc oxide nanowires:1||fabric heater:1||Wearable supercapacitors:1||Antifogging:1||cotton fabric:1||Ulmus davidiana var:1||porous nanofiber mat:1||Dodecahedral structure:1||Swirling pressure atomizer:1||CuO nanowires:1||Turbulent combustion torch:1||nickelplated microfibers:1||Sputtering:1||Iron oxide nanosheets:1||SrTiO3:1||Reserve flow:1||Plus:1||energy building:1||Superhydrophobicity:1||suction cup:1||Sacrificial polymer:1||Zeolitic imidazole framework:1||facemask:1||Shear layer instability:1||Swirling strength:1||Micropillars:1||Metal mesh:1||Joule heating:1||Endovascular coil embolization:1||multidimensional nanomaterial deposition:1||scalable nonvacuum coating:1||Swirl jet:1||transparent:1||Substratefree:1||BiVO4:1||Graphitic carbon nitride:1||MottSchottky analysis:1||Clay:1||Cooling:1||Extrinsic selfhealing:1||SnZnO:1||Selffusion:1||Flexible substrate:1||Metalorganic frameworks:1||band gap:1||Transparent heater:1||electrode functionalization:1||Phase transformation:1||selffusion:1||cupric oxide (CuO):1||ceramics:1||clays:1||Spraywall impingement:1||selfhealing core shell fibers:1||Thermal insulation:1||Lotus leaf:1||Plastron layer:1||graphene quantum dots:1||light absorption:1||Silicon solar cell:1||Specific resistivity:1||Photo current density:1||organic lightemitting diodes (OLEDs):1||NO emission:1||Nonpremixed flame:1||D. ZnO:1||Superhydrophilic:1||Line printing:1||copper electrode:1||surface roughness:1||superhydrophilic:1||Silver nanoparticles:1||Dot print:1||wettability:1||titania nanoparticles:1||DME/LPG blended fuel:1||Aluminum:1||Splashing:1||Separation distance:1||Splash criteria:1||Fuel injector performance:1||splash threshold:1||vulnerability assessment:1||Conductive textile:1||Wearable energy devices:1||Asymmetric heating:1||ZnO polyhedron:1||soft robotics:1||Fe2O3/rGO sheets:1||ZnMn2O4:1||Recoiling force:1||energy conversion:1||Taylor cone:1||NiGa2S4 nanosheets:1||Metalligand matrix:1||Pipeline leakage:1||Fire hazard:1||Selfsimilar solution:1||piezoelectric nanogenerators:1||ZnO nanowires:1||Copper pyramids:1||Transparent electrodes:1||Tunable:1||BaTiO3:1||ZnO/CoO:1||Nanostructure:1||Tin oxide:1||Nickeliron oxide:1||filtration efficiency:1||Natural convection for air cooling:1||Thick film:1||Rhombic dodecahedron:1||flexoelectricityenhanced piezoelectric nanogenerators:1||wave energy harvesters:1||Nanocomposites:1||metallized microfibers:1||air filtration:1||reusable filter:1||Nanowires:1||Microfibers:1||Lithium metal battery:1||MOF:1||Heating:1||Selfhealing composites:1||ZIF7:1||transmittance:1||MnOx/CCNF:1||FeOx:1||Carbon nanotube:1||polystyrene:1||gas explosion:1||Sickbuilding syndrome:1||fibers:1||nanotextured surface:1||Electrical repulsion:1||solution blowing nano/microfibers:1||phosphorus emitter:1||tensile:1||energydownshift:1||hardness:1||thin films:1||Geometric parameter:1||PS nanofibers:1||directinjection spark ignition:1||Soy protein:1||Electrohydrodynamic (END):1||Si Solar Cell:1||NOx emission:1||Aerodynamics effect:1||KelvinHelmholtz instability:1||fire suppression model:1||Temperature effect:1||mixing characteristics:1||droplet impact:1||uniformity:1||Metallized microfibers:1||Surface tension:1||multifunctional conductive fabric:1||Vertical shafts:1||artificial muscles:1||nickel nanoparticle:1||carbon flake:1||exfoliation:1||Boiling:1||nanostructures:1||bimetallicchalcogenides (NiGa2S4) nanosheet:1||Oriented attachment:1||CoOx:1||Photodegradation:1||Flexible piezoelectric nanogenerators:1||piezoelectric sensors:1||ZnSnO3:1||Iron vanadium oxide:1||Electronics cooling:1||FeMoO4:1||Nanogenerator:1||Ni fibers:1||ZIF8:1||Solar chimney:1||Cellulose paper:1||P(VDFTrFE):1||Wearable piezoelectric sensor:1||octopus:1||polymer nanofiber filter:1||coronavirus:1||rGO:1||Swirling jet:1||Ultrathin TiO2:1||Zscheme:1||Nickel nanocones:1||flexible:1||multifunctional sensors:1||Mn/ZIF8:1||Nanocomposite:1||particulate matter:1||LIB:1||Nonlithiated cathode:1||Lithium trivanadate:1||Detonation:1||Adhesion energy:1||Fiberbased selfhealing:1||Heterostructure:1||Nanoporous carbon:1||Nickelelectroplated fiber:1||Nanotexturedpillar:1||reduction:1||anticondensation:1||selfcleaning:1||analytical solution:1||Cuprous oxide:1||Metal organic framework:1||supersonic kinetic spraying:1||Poly(poly(ethylene glycol)Methyl Ether Methacrylate):1||LaCO3OH:1||Azadirachta indica (Neem):1||chemical bath deposition:1||CulnS(2):1||scratchability:1||Nickelcopper electrode:1||Interface:1||lightemitting diodes (LEDs):1||Electron beam:1||kinetic spraying:1||oxygen free:1||Solgel:1||Methylene Blue:1||Zinc oxide:1||superoleophilic:1||Spray impingement:1||polystyrene nanofibers:1||3D suspension:1||Electrical resistivity:1||Microdripping mode:1||FireThrough Contact:1||Nonpremixed flame:1||Computational fluid dynamics:1||supersonic nozzle:1||Glycerin viscosity:1||exhaust gas recirculation:1||Finger instability:1||KelvinHelmholtz:1||IEGR (Internal Exhaust Gas Recirculation):1||Swirl ratio:1||Manganese oxide:1||Antibacterial:1||Exfoliation:1||highenergydensity:1||Bimetallic oxide:1||Manganese iron oxide:1||Swing like heater:1||Bubble propulsion:1||Micromotor:1||Buoyancy:1||Spray characteristics:1||Prandtl's mixing length theory:1||PEDOT:1||PSS:1||Perovskite:1||Zinc nanowires:1||Piezocomposite:1||Cu fibers:1||Wide potential window:1||Composite fiber cathodes:1||Fabric Znbased batteries:1||Fullydeveloped flow:1||Buoyant flow:1||Turbulent flow:1||Fluorinefree:1||electrothermopneumatic:1||acetabulum:1||Electrochemical sites:1||heating metal microfiber film:1||water wave energy:1||electrostatic air filtration:1||Metalized fiber mat:1||Energy storage:1||lowcost coating:1||Transparent conducting films and heaters:1||Sapstain fungi:1||Nafion:1||Deflagration:1||Pressure rise:1||Nanopillar:1||Binderfree:1||Tetragonal Bi2O3:1||Sponge:1||Biomimetic:1||Capillary pressure:1||Mn complexes:1||Silverdecorated fibers:1||Water adsorption:1||Purification:1||conducting films:1||coppernickel heater:1||supersonic spray coating:1||coelectrospinning selfhealing:1||MnO:1||Hematite:1||Supersonic flow:1||CIGS film:1||transparent conducting films:1||Ag3PO4:1||Hierarchy structure:1||Wall wetting:1||Pipeline:1||Clays:1||platinum:1||delamination:1||TiO2 nanofibers:1||Maximum spreading diameter:1||Low viscosity:1||LPG/DME blended fuel:1||Graphenetitania:1||GrapheneZnO:1||UVlight:1||membrane:1||superhydrophobic:1||Coalescence:1||annealing:1||Drop:1||Shockwave:1||nozzle optimization:1||water mist:1||compartment fire:1||individual exhaust gas recirculation:1||NVO (Negative Valve Overlap):1||twophase flow:1||inlet teperature:1||Natural convection flow:1||selfrepair:1||carbon nanotube:1||ZnMn 2 O 4 nanowires:1||Hydrothermal method:1||pool boiling:1||Electrodeposition, Energy storage device:1||Diffusion flame:1||Supersonic cold spraying:1||Electroless plating:1||Gridless:1||Heat spreading:1||The Reynolds number:1||Highrise stairwells:1||Flow visualization:1||Ventilation:1||Carbon nanotubes:1||electroplating metallized nanofibers:1||Nanoflowers:1||Aneurysm:1||Swirl strength:1||Reynolds:1||UV protection:1||electrostatic attraction:1||Ag:1||Pillar morphology:1||Aerogel:1||Corrosion protection:1||dye degradation:1||Coreshell copper/nickelelectroplated fiber:1||Boiling limitation:1||FeFe3C:1||Copperelectroplated fibers:1||Ionexchanging:1||petrochemical plant:1||resin:1||Lithium battery anode:1||Ecofriendly nanofibers:1||Cupric oxide nanofibers:1||Photocathode:1||Lithium Powder:1||Lithium:1||transparent conducting electrodes:1||Heterostructures:1||surfaces and interfaces:1||supersonic cold spray:1||cuprous oxide (Cu2O):1||freestanding:1||cold spraying:1||Gasoline engine:1||Tungsten oxide:1||AgZnO nanostructures:1||indium oxide:1||Particle impact:1||nanofibers:1||supersonic nanoblowing:1||carbon free:1||Methylene blue:1||Toxicity control:1||oilwater separation:1||liquid fuel film:1||CIGS thin film:1||Nozzle optimization:1||EHD (Electrohydrodynamics):1||diamond shock structure:1||thinfilm deposition:1||BEM:1||Staggered arrangement:1||Spray coating:1||splash:1||diagnostics:1||Droplet interaction:1||Corona discharge:1||Reusable fibrous filter for air purification:1||structural composites:1||hydrothermal process:1||wearable supercapacitor:1||soft nanotextured thermopneumatic actuator:1||Naturederived nanofiber mat:1||Biocompatible triboelectric nanogenerator:1||CoFe2O3 sheets:1||liquidvapor phase transition:1||nickel nanocones:1||energy storage:1||Radiation absorber film:1||Materials from the Lavoisier Institute (MIL):1||lithiumion batteries:1||ZnFe2O4 nanosheet:1||electrospun poly(vinylidene fluoridecotrifluoroethylene) nanofibers:1||Spray evaporation:1||Thinfilm solar cells:1||Rayleigh number:1||Allnanofiberbased piezoelectric nanogenerator:1||Surface wettability:1||soft actuator:1||

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