ScholarWorks@Hanyang University: Cho, Eun Chul

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Cho, Eun Chul (조은철)

COLLEGE OF ENGINEERING (DEPARTMENT OF CHEMICAL ENGINEERING)

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Tel 02-2220-4322
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Pseudoceramide:2||gold:2||Assembly of gold nanoparticles:1||Au nanoislands:1||Au nanoparticles:1||Bacteria:1||Cationic amphiphilic polymer:1||Colorimetric discrimination and detection:1||Colorimetric transition:1||Delivery carriers:1||Disc:1||Dispersion medium:1||Electrospraying:1||Energy storage:1||FloryHuggins interaction parameters:1||Gel to fluid transition:1||Gold nanoparticles:1||Hollow hemisphere:1||Hyaluronic acid:1||Hydrogel nanoparticles:1||Improved skin barrier function:1||Janus nonspherical colloids:1||Lamellar:1||Lamellar structures:1||Lipid bilayer nanostructures:1||Lipid microparticle:1||Liposomal:1||Melting temperature:1||Membrane:1||Microcalorimetry thermograms:1||Miscibility:1||Molecular orientation and crystallization of hydrogel:1||Multifunctional:1||Multistimuliresponsive:1||Nanoparticle assembly:1||Oildrug@hydrogel shell particles:1||Organic acids:1||Particle functionalization:1||Photovoltaic devices:1||Pickering emulsion:1||Polydiacetylene vesicles:1||Polyesterretinol nanoparticles:1||Polymer particles:1||Preparation condition:1||SERRS:1||Selfcleaning:1||Si and plasmonic nanomazes:1||Smart window:1||Thermal stability:1||TiO2@Al(OH)(3):1||Transdermal delivery:1||absorption:1||alphaPhase:1||amphiphiles:1||biological activity:1||cell uptake:1||chemically triggered metamorphosis:1||cononsolvents:1||colloidal bilayers:1||colloidal nanomazes:1||colloidal patterning:1||colorimetric assays:1||cosmetic application:1||current enhancement:1||cysteamine:1||diffuse light transmittance:1||distance and depthdependent vibration energy transfer:1||drug delivery:1||elasticity of model skins:1||electrode surface nanostructures:1||electrohydrodynamic processes:1||electrospinning:1||electrospraying:1||evaporation method:1||extracellular matrix:1||geometrically tunable colloidal patterns:1||gold nanoparticles:1||hexapods:1||hierarchical colloidal crystal:1||hybrid colloidal crystal:1||hydrochromic:1||inductancecapacitance circuit:1||internal structures:1||iridescent colors:1||isobutanol productivity of engineered Shewanella oneidensis MR1:1||large scale synthesis:1||lefthanded materials:1||light harvesting:1||linear black Au nanostructures:1||lipid crystalline lipid nanoparticles:1||lowenergy light collecting films:1||lysyl oxidase:1||magnetic nanoparticles:1||medieval European stained glasses:1||mesoporous materials:1||microparticles:1||morphology tuning:1||nanocrystals:1||nanoparticles:1||nanoparticles incorporated branches:1||nanopearl beads:1||nanostructures:1||negative refraction:1||nonclosepacked colloidal crystal patterns:1||optical nanosurfaces:1||pHselective and sustained drug releases:1||patterns on both sides of substrates:1||performance sustainability:1||photothermoelectricity:1||photothermal performance:1||plasmonic metastructure:1||plasmonic multifunctional windows:1||polymer hollow matrix:1||polymers:1||processibility:1||reactionbased inorganic patterning:1||removal of harmful chemicals:1||safety testing:1||scalable production:1||seeded growth:1||shielding NIR light with high scattering efficiency:1||silica and TiO2 patterns:1||silicon solar cells:1||silver nanostructures:1||skin physiology:1||slippery colloidal crystal monolayers:1||solar cell roof:1||solar thermal collector:1||solar thermoelectricity:1||solution lithography:1||spin coating:1||stimulisensitive amphiphilicity:1||structure:1||surfaceroughened hybrid hollow particle:1||surfactantfree:1||sustainable selfcleaning window:1||tumor stiffness:1||ultrasensitive detection:1||vesicles to lipidfilled nanoparticle transitions:1||Air purification:1||winding and bent:1||Antidenaturation:1||

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