ScholarWorks@Hanyang University: Oh, Seong-Geun

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Oh, Seong-Geun (오성근)

COLLEGE OF ENGINEERING (DEPARTMENT OF CHEMICAL ENGINEERING)

Research Area: 계면공학

Tel 02-2220-0485
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Silica:8||Chemical synthesis:6||Surfactant:6||TiO2:5||Inorganic compounds:5||Oxides:5||Electrospinning:5||Xray diffraction:4||silica:4||Crystal structure:4||Photocatalyst:4||PVP:4||composite:4||Surface activity:3||polyol:3||supercritical carbon dioxide:3||Nanofibers:3||ZnO:3||Solgel growth:3||chemical synthesis:3||Melanogenesis:2||distearoylphosphatidylcholine:2||polyol process:2||W/O emulsion:2||WOLED:2||electrospinning:2||Alcohol reduction:2||emulsion:2||Hydrothermal process:2||Membrane:2||Cosmetics:2||Solgel reaction:2||Cosurfactant:2||forced hydrolysis:2||OLED:2||Antiviral efficacy:2||Hollow:2||Hybrid:2||gold:2||Electron microscopy:2||Anion exchange membrane:2||alcohol reduction:2||Surface modification:2||Inverted polymer solar cell:2||Surface properties:2||Critical micelle concentration:2||antibacterial activity:2||immobilization:2||Polystyrene colloid:2||thiol:2||Molten carbonate fuel cell:2||Fuel cell:2||caffeine:2||Azobenzene:2||NF3 plasma:2||yttrium fluoride (YF3):2||yttrium oxide (Y2O3):2||Pseudoceramide:2||Magnetic property:2||PNIPAm:2||Nanocomposite:2||metals:2||morphology:2||nanocomposite:2||nanofibers:2||nanoparticles:2||Anodizing:2||Nanofiber:2||Turbiscan:2||Nanoparticles:2||contamination particle:2||Photocatalytic Activity:2||Photocatalytic activity:2||plasma etching:2||platinum:2||Vanadium redox flow battery:2||Kinetics:2||Photoelectron spectroscopy:2||Dilatation stress:1||Dimensionless number:1||Diskshaped ZnO:1||Dispersion stability:1||Dodecyl sulfate anionic surfactants:1||Doublelayer film:1||Dry Casting Method:1||DualSite Langmuir:1||Dye adsorption:1||Dye adsorption capacity:1||Dyesensitized solar cells:1||Dyes:1||EGCG (epigallocatechin gallate):1||Echinoid:1||Echinoidlike TiO2:1||Echinoidlike particles:1||Ecofriendly electrospinning:1||Electrical conductivity:1||Electrical properties:1||Electrocatalyst:1||Electrochemical impedance spectroscopy:1||Electrochemical properties:1||Electrolyte Wettability:1||Electrolyteimpregnated Cathode:1||Electron transport layer:1||Electronhole Recombination:1||Electrontransfer:1||Electrostatic attraction:1||Embedded:1||Emulsion:1||Emulsion stability:1||Epoxy:1||Equilibrium:1||Extraction:1||Ferrous thiochelate:1||Fluoride ions:1||Foam characteristics:1||Gassolid reaction:1||Gemini type:1||Gene delivery system:1||Grafting:1||Heavy metal adsorption:1||Hematite:1||Heptamethine:1||High performance:1||Hindered amine:1||Hybrid materials:1||Hybrid particles:1||Hybridization:1||Hydrocarbonbased ionomer:1||Hydrogen:1||Hydrophobic block:1||Hydrophobic layers:1||Hydrophobicity:1||Hydroprocessing:1||Hydroxylation:1||Improved skin barrier function:1||Inorganic/organic compounds:1||Interactions:1||Interfacial tension:1||Inverse opal structure:1||Inverted OPVs:1||Inverted Organic Photovoltaics:1||Ion exchange Membrane:1||Ionic liquid:1||Ionomers:1||Jet:1||Kenyaite:1||Kojyl benzoate:1||LSCF coated cathode:1||Lamellar:1||Lamellar structures:1||Large surface area:1||Layered Bed:1||Layered silicate:1||Lifetime:1||Lipid membranes:1||Lipid microparticle:1||Liposomal:1||Liposomes:1||Low alloying temperature:1||Low temperature annealing:1||Lowering cathode polarization:1||Magnetic particles:1||Manganese oxide:1||Mass transfer:1||Mechanical properties:1||Melanoidin:1||Melanoma:1||Melasolv:1||Membrane fluidity:1||Membranes:1||Metal nanoparticles:1||Micellar solutions:1||Micelles:1||Microfluidity:1||Micropore:1||Microstructures:1||Mn(3)O(4):1||Mn3O4:1||Molten Carbonate Fuel Cell:1||Morphology:1||Morphology Control:1||NH4OH effect:1||Nanocomposite films:1||Nanocomposites:1||Nanorods:1||Nanorods array:1||Nanowires:1||Nearinfrared:1||Ni2L2H3+:1||Nickel:1||Nickelaluminum alloy powder:1||Nitric oxide removal:1||Nitrogen fixation:1||Nondoped NPB:1||OLED device:1||Onestep:1||Optical recording media:1||Organic solar cell:1||Organicinorganic composite:1||Organometallic compounds:1||Ostwald ripening:1||PAN:1||PANI:1||PCE:1||PEG:1||PEMWE:1||PVDFHFP:1||Particle formation:1||Particle morphology:1||Phase equilibria:1||Phase transition temperature:1||Phenyl trimethoxysilane:1||Photochromic material:1||Photoluminescence:1||Photoresponsive material:1||Pickering foam:1||Plasma Resistance:1||Plasma arcing:1||Plasma etching:1||Pluronic P123:1||Poly(Nisopropylacrylamide) (poly(NIPAM)):1||Poly(bisphenol A carbonate):1||Poly(ethylene glycol) methyl ether3triethoxysilyl)propyl isocyanate (PEGMEIPTES) monomers:1||Poly(ethylenecoacrylic acid) copolymer:1||Poly(phenylene ether):1||Poly(vinyl pyrrolidone):1||Polyethylene imine:1||Polyimides:1||Polymer electrolyte:1||Polyol process:1||Polystyrene:1||Porous TiO2 film:1||Potentiometric:1||Prepolymer crystallinity:1||Primary amine crosslinker:1||Proapoptotic gene:1||Pulverization:1||Quaternary ammoniums salts:1||Redox flow battery:1||Reduction yield:1||Reflux method:1||Reinforced membrane:1||Reliability:1||Removal mechanism:1||Renewable diesel:1||Rose Bengal dye:1||Sealing:1||Separator:1||Silica nanoparticles:1||Silica@noble metal particles:1||Silver:1||Silver colloid:1||Silver nanoparticles:1||Sol gel reaction:1||SolGel Method:1||Solgel Process:1||Solgel chemistry:1||Solgel synthesis:1||Solidstate polymerization:1||Solvothermal process:1||Steglich esterification:1||Subcritical water:1||Surface Area:1||Surface charges:1||Surface morphology:1||Surfacemodified silica nanoparticles:1||Surfactant adsorption:1||Suspension plasma spray coating:1||TEMPO oxidation:1||Tertiary amine:1||Thermal Stability:1||Thermal decomposition:1||Thermal properties:1||Thermal stability:1||Thiol functionality:1||Thiolmodification:1||Threedimensional human skin equivalent:1||Threewavelength WOLED:1||TiO2 film:1||Titanocene dichloride:1||Transdermal delivery:1||Tyrosinase:1||UV blocking:1||UVVis spectroscopy:1||Vanadium:1||Vanadium redox flow battery(VRFB):1||Vegetable oil:1||Vibration mil:1||Vinyl trimethoxysilane:1||Water powders:1||Wettedwall column:1||Wetting:1||White Balanced Layer (WBL):1||XPS:1||Zinc acetate posttreatment:1||Zinc oxide (ZnO):1||Zinc oxide nanoparticles:1||ZnO Thin Films:1||ZnO buffer layer:1||ZnO nanorods:1||[6]Gingerol:1||absorption:1||absorption efficiency:1||aerosol deposition (AD):1||ag:1||agglomerates:1||algae microfibers:1||alphaPhase:1||amine:1||anodic film:1||anodizing:1||atmospheric plasma spraying (APS):1||atomic force microscopy:1||bilayer:1||biopolymer:1||capillary forces:1||carbon nanofiber:1||cellulase:1||ceramide III:1||chemical analysis:1||chemical deposition:1||cholesterol:1||chromia:1||coating:1||colloid:1||combustion:1||composite material:1||composites:1||conductivity change:1||copolymer:1||coprecipitation:1||coresheath structure:1||decaffeination:1||degradation:1||diffraction gratings:1||diols:1||dispersibility:1||dye:1||electron microscopy:1||electrostatic interactions:1||emissions:1||emulsion electrospinning:1||emulsion stability:1||emulsion stabilization:1||emulsiongel method:1||enzyme reaction:1||etching:1||extraction:1||fiber:1||fiber alignment:1||foaming ability:1||formaldehyde:1||formulation:1||gas sensors:1||glucose oxidase:1||gold nanoparticle:1||green tea:1||green tea leaves:1||greenhouse gases:1||heavy metals:1||hematite:1||hollow fibers:1||hollow silica sphere:1||hydrogen sensor:1||hydrophobically modified ethoxylated urethane (HEUR):1||impedance spectroscopy:1||inorganic nanoparticle adsorption:1||interlayer distance:1||iron oxide:1||lamella phase:1||lamellar:1||light interference:1||liposomes:1||locust bean gum:1||membrane fluidity:1||metal reduction:1||metalEDTA complex:1||nanofiber:1||nanostructures:1||nanotubes:1||nonhydrous:1||nonionic surfactants:1||nuclear magnetic resonance:1||optical polymers:1||optical properties:1||pAminophenyltrimethoxysilane:1||palladium nanotube:1||palladiumdoped carbon nanofibers:1||particle monitoring:1||plasma corrosion:1||platinum nanotube:1||poly (vinyl alcohol):1||poly(acrylic acid, sodium salt):1||poly(pphenylene):1||poly(sulfone)s:1||polymer films:1||polysaccharide/protein complexes:1||polystyrene:1||postelectrospinning treatment:1||propylene glycol:1||radical polymerization:1||redox:1||repeating distance:1||rheological properties:1||rheology:1||sacrificial templates:1||safraninO:1||scleroglucan:1||silica template:1||silicas:1||silicon carbide:1||silver:1||silver nanaparticles:1||silver nanoparticles:1||silversilica nanoparticles:1||sodium bicarbonate:1||solgel method:1||solid bridges:1||solubility parameter:1||soy protein:1||sputtering:1||surface hydroxyl groups:1||surface plasmons:1||surface properties:1||surface tension:1||surfactant:1||tartaric acid:1||thermal stability:1||thermoresponsive:1||thickner:1||thin films:1||titanium hydroxide:1||titanium isopropoxide:1||trilayered structure:1||volume change:1||wound dressings:1||ASES:1||yttrium oxyfluoride (YOF):1||ATO:1||Absorption:1||Adenoassociated virus:1||Adsorption Dynamic:1||Ag deposition:1||Ag nanoparticles:1||Agdoped ZnO Nanoparticles:1||Alcohol reduction process:1||Alkanolamine:1||Alumina:1||Aluminum Oxide:1||Amine modified ZnO:1||Ammonia synthesis:1||Ammonium persulfate:1||Ammonium vanadate:1||Anion exchange membrane (AEM):1||Anion exchange membrane fuel cell(AEMFC):1||Anionic surfactants:1||Anodic aluminum oxide film:1||Antibacterial polymer:1||Antiflocking agent:1||Antimicrobial effect:1||Antiviral Efficacy:1||Asiatic acid:1||Asiaticoside:1||Atmospheric plasma spray coating:1||Au nanoparticle:1||Azelaic acid:1||BET surface area:1||BZN:1||Balancing drift current:1||Band edge shift:1||Bicomponent Nanofiber:1||Biodegradable nanofiber:1||Breakdown voltage:1||Buffer layer:1||CO2 capture:1||CTAB:1||Capacitors:1||Carbon dioxide:1||Carbon nanofiber composite:1||Carbon to Zeolite Ratio:1||Carboxymethyl chitin nanocrystals:1||Catalysis:1||Catalysts:1||Catalytic properties:1||Cationic surfactant:1||Cellulose acetate:1||Centella asiatica:1||Chemical stability:1||Chromophores:1||Coating:1||Colon coupling reaction:1||Composite:1||Composite particles:1||Composites:1||Contact angle:1||Contamination Particles:1||Copper adsorption:1||Copper ionic compounds:1||Coprecipitation process:1||Correlation:1||Counter ions:1||Counterion effect:1||Crystal growth:1||Crystal size:1||Cyanine:1||DFT calculations:1||DSSC:1||DSSCs:1||Degradation test:1||Dense fluid:1||Depigmentary agent:1||Depigmenting activity:1||Deprotonated dinuclear complex. NiL2+:1||Detergent formulation:1||Dielectric properties:1||

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