CAU Scholar's Space: Wooh, Sanghyuk

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Wooh, Sanghyuk (우상혁)

공과대학 (화학공학과)

Research Area: Liquid-repellent surfaces, Particle syntheses, Next generation fine dust collecting filters

Tel 02-820-5401
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Supraparticle:3||Marangoni flow:3||Wetting:2||selflubrication:2||thermocapillary convection:2||supraparticles:2||wetting:2||antibiofouling:2||liquid repellent surfaces:2||Colloidal selfassembly:2||Droplet contact friction:1||Droplet manipulation:1||Electrochemical water splitting:1||Energy conversion:1||Engineering:1||Erratum:1||Evaporation driven synthesis:1||Flexible and binderfree electrodes:1||Fuel cell:1||Gas permeability:1||HRG@melon:1||Hybrid supercapacitor:1||Hydrogen production:1||Hydrophobicity:1||Laplace pressure:1||Laser scribed graphene:1||Liquid repellent surface:1||Liquidrepellent surface:1||Lithium iron phosphate:1||Localized heating:1||Lubricant impregnation:1||Lubricated surface:1||MIR irradiation:1||Mass transfer:1||Metal mesh:1||Metal vanadates:1||Nafion:1||Nanoparticle:1||Nanoporous structure:1||Oilimpregnation:1||Omnicorrosion resistance:1||Omniphobicity:1||PANbPFPA copolymer:1||PDMS:1||PEC water splitting:1||Patterning:1||Phase change material:1||Photoelectrochemical water splitting:1||Photothermal property:1||Porous 3D morphology:1||Porous oxide layer:1||Radiative cooling:1||Repellency:1||Reversible dynamic bonding:1||Selfhealing polymer:1||Selfsupported electrode:1||Shape control:1||Silicone oil:1||Silver nanowires:1||Solution process:1||Stainless steel:1||Surface functionalization:1||Surfacetemplated evaporationdriven synthesis:1||Surfacetemplated synthesis:1||Thermal energy storage:1||Titanium dioxide:1||Transparent electrode:1||Water splitting:1||Water splitting cell:1||Weblike networked film:1||Weber number:1||Wettability:1||anisotropic microparticles:1||anticorrosion:1||bactericidal:1||biocatalytic cascade reactions:1||colloidal assembly:1||colloidal films:1||colloidal suprastructures:1||composite:1||concave pillar:1||coreshell supraparticle:1||cracks:1||diluent:1||droplet manipulation:1||droplet microarray:1||droplet motion:1||dynamic polymer networks:1||elastomers:1||eutectic liquid:1||evaporationguided selfassembly:1||glucose assays:1||hydrogen evolution:1||hydrophobic effect:1||inorganic particle:1||liquid repellency:1||liquid repellent surface:1||liquidrepellent surface:1||localized heating:1||lubricant:1||lubricated surfaces:1||mechanical grinding:1||melon:1||metal oxides:1||microwetting pattern:1||nanostructures:1||plastron:1||poly(pentafluorophenyl acrylate):1||polydimethylsiloxane brushes:1||polymer microparticle:1||polymers:1||polysiloxane:1||pressure sensitive adhesive:1||silver nanoparticles:1||soft lithographies:1||spreading:1||superamphiphobic surface:1||superamphiphobic surfaces:1||superhydrophobic:1||superparamagnetic nanoparticles:1||supraparticle:1||surface chemistry:1||surface engineering:1||surfacetemplated evaporation driven method:1||surfacetemplated suprastructure synthesis:1||surfacetemplated synthesis:1||tackifier:1||thermoplastic elastomer:1||viscoelasticity:1||2D materials:1||wickings:1||Alkaline OER and HER:1||Anion exchange membrane water electrolyzer:1||Anticorrosion:1||Applied physics:1||Carbonization:1||Colloid:1||Colloidal assembly:1||Corrosion:1||Dewettingdriven selfassembly:1||

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