ScholarWorks@Korea University: Huh, June

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Huh, June (허준)

College of Engineering (Department of Chemical and Biological Engineering)

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directed selfassembly:4||block copolymer:4||block copolymers:4||double flowfocusing microchannel:2||acrylic block copolymer:2||CO2 adsorption:2||FloryHuggins interaction parameter:2||polymers:2||thermoplastic elastomer:2||metal nanoparticle:2||layerbylayer assembly:2||cylindrical microdomains:2||solventvapor annealing:2||smallangle Xray scattering:2||silicone adhesive:1||additive:1||initiated chemical vapor deposition:1||microdomain orientation:1||thermally induced crosslinking:1||ligand exchange reaction:1||Lysine acetylation:1||topographic patterns:1||ammonium persulfate:1||inkjet printing:1||alkali metal ion exchange:1||nanoporous films:1||switchable nanogenerators:1||triboelectric nanogenerators:1||transverse diffusion:1||PEI:1||perpendicularly oriented lamellae:1||visible structural color display and painting:1||triblock copolymer:1||bridge conformation:1||ferroelectric polymers:1||electroosmosisdriven hydrogel actuator:1||structural colors:1||flowinduced:1||selfassembly:1||Tryptophan hydroxylation:1||OLED:1||rewritable structural color:1||supramolecular assembly:1||CO2 capture:1||micelles:1||high molecular weight:1||3D nanostructure:1||light extraction efficiency:1||human heavy chain ferritin:1||loop conformation:1||piezoelectric selfpowering harvesters:1||microfluidic formation:1||organic layer:1||outgas:1||surface segregation:1||sub5 nm nanopatterns:1||roomtemperature metallic fusion:1||monte carlo simulation:1||DETA ligand:1||line patterns:1||light trapping:1||Silica:1||lateral ordering:1||softsolid structural colored film:1||exceeding 100 nm:1||multilayer:1||molecular design:1||hole density multiplication:1||Deoxyribonuclease 1:1||hydrophobic/hydrophilic layerbylayer assembly:1||polydimethylsiloxane (PDMS):1||molecular dynamic simulation:1||flexible electrodes:1||metallic textile:1||FIH:1||HIF1 alpha:1||printable structural color:1||separation:1||minimal topographic patterns:1||electrically switchable structural color:1||comb polymer:1||Cellpenetrating peptide:1||Neutrophil extracellular trap:1||encapsulation:1||swelling/deswelling:1||nonvolatile photothermal writing:1||hollow nanoparticles:1||metallic fusion:1||NAA10:1||reversible nanogenerators:1||Polyethyleneimine:1||layered flow:1||microfluidic:1||nanostructures:1||thin films:1||block copolymer thin film:1||electroluminescent polymers:1||catechol:1||top coat:1||multilevel information storage:1||selfassembled block copolymers:1||nanopatterning:1||hollow nanocapsules:1||reversible crosslinking:1||Crosslinking:1||Doublefunctionalization:1||Temperatureinsensitive adsorption:1||GRIN layer:1||block copolymer photonic crystals:1||photonic crystal ink palette:1||ferroelectricgrafted luminescent comb copolymers:1||multiple lamination flow:1||flexible display:1||block copolymer thin films:1||TEPA:1||supramolecular chemistry:1||pattern encryption:1||water splitting reaction:1||cancer immunotherapy:1||singlemolecule interactive displays:1||synchronous ferroelectricity and luminescence:1||Septic shock:1||polymeric vesicles:1||shock freezing:1||photoinitiator:1||crack electrode:1||energystorage electrodes:1||tetraoctylammonium thiosulfatestabilized silver nanoparticles:1||density functional theory:1||orthogonal alignment:1||fullcolored photonic crystals:1||flexible photonic crystals:1||low operation voltage:1||block copolymer blends:1||electrocatalytic fibrils:1||antitumor immunity:1||contact hole:1||Rectal administration:1||

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