ScholarWorks@Korea University: Lee, Kwang yeol

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Lee, Kwang yeol (이광렬)

College of Science (Department of Chemistry)

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Tel 3139
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oxygen evolution reaction:13||nanoparticles:8||hydrogen evolution reaction:4||oxygen reduction reaction:4||electrocatalysts:4||electrocatalysis:4||electrocatalyst:4||crystal growth:4||doping:4||nanoframes:4||oxidation states:3||magnetic resonance imaging:3||facet control:3||platinum:3||nanoframe:3||fuel cells:3||cancer:3||palladium:3||water electrolysis:2||Nanoparticle:2||core/shell/shell:2||copper sulfides:2||ternary alloys:2||nanostructures:2||copper:2||CO2 electroreduction:2||anisotropic etching:2||cation exchange:2||phosphide:2||kinetic control:2||phase segregation:2||SPION:2||water splitting:2||heteroepitaxy:2||Janus nanoparticle:2||ternary alloy:2||metal sulfides:2||organic semiconductors:2||ruthenium:2||heterostructure:2||copper sulfide:2||coreshell:2||alloy:2||anion modulation:1||iridium oxides:1||Supercapacitor:1||H2 generation:1||selectivity:1||grain size:1||polymersomes:1||Platinum:1||nanophosphors:1||anisotropic coreshell nanoparticles:1||Upconversion:1||epitaxy:1||hydrophobic cavities:1||Aptide:1||Fibronectin extra domain:1||porphyrin:1||phototransistor:1||singlecrystals:1||Proteomics:1||Superparamagnetic:1||Separation:1||iron:1||fluorescence:1||Tin metal oxides:1||furfural:1||hypercrosslinked porous organic polymer:1||hierarchical nanocrystals:1||CO reduction reaction:1||photothermal property:1||phosphosulfide:1||interface:1||photocatalysis:1||Bilirubin nanoparticles:1||Biosensors:1||hollow structures:1||icosahedral nanocrystals:1||binary metal sulfide:1||multiframes:1||porous:1||iridiumcoppercobalt alloys:1||rhodium:1||redox:1||high sensitivity:1||Quantum dot (QD):1||Theranostic nanoparticles:1||MRI:1||molecular aggregation:1||Dopamine:1||photothermal therapy:1||Breast cancer:1||phototransistors:1||drug delivery:1||nearinfrared light:1||Glutathione:1||(AIEE):1||Solidelectrolyte interphase:1||noble metal alloys:1||Ru doping:1||cation vacancy:1||heterostructures:1||Outofplane ordered MXenes:1||catalyst stability:1||Reactive oxygen species:1||iridiumbased alloy:1||electrolysis:1||facetcontrolled:1||platinumnickelruthenium ternary alloys:1||nanostructure:1||cation exchange reaction:1||asymmetric:1||phase transformation:1||dendrite@frame:1||hollow nanoplate:1||octahedral nanocages:1||cation exchanges:1||surface plasmons:1||nanocrystals:1||watersplitting catalyst:1||magnetic resonance image:1||gadolinium:1||Multifunctional silica composite:1||Nanoparticles:1||NearIR:1||Magnetic resonance imaging:1||Magnetic nanoclusters:1||Nanovectors:1||tandem mass spectrometry:1||Pyrazine:1||iridium:1||Inplane ordered Mxene:1||MAX:1||MXenes:1||catalysts:1||LiErF4:1||ultrasmall nanophosphors:1||watersplitting:1||phase engineering:1||carbon:1||Magnetic relaxation switching:1||bifunctional:1||bifunctional electrocatalysis:1||pointofcare testing (POCT):1||in vivo fluorescence imaging in vivo magnetic resonance imaging:1||Nanophosphors:1||Multicolor tuning:1||alkaline condition:1||concave nanostructures:1||pH:1||nanoindicator:1||theranostics:1||field effect transistors:1||Solvent shifting:1||Surfaces:1||superparamagnetic nanoparticle:1||nanohybrid:1||Hollow spheres:1||Jaggregates:1||hydrogenation:1||crystalline Fe/NiOOH:1||insitu/operando XAS:1||Hard templating:1||Mesoporous materials:1||Photocatalyst:1||double polymerization:1||water splitting device:1||combinatorial screening approach:1||energy conversion:1||highentropy oxides:1||Ordered double transition metal MXene:1||intermetallic:1||microparticles:1||nanocage:1||cell mimics:1||nickel oxyhydroxide:1||Water electrolyzer:1||Nanoframe:1||hydrogen evolution:1||nanoboxes:1||imaging agent:1||Enhanced photoluminescence:1||fieldeffect transistors:1||Terahertz timedomain spectroscopy:1||photothermal agents:1||surface modification:1||cysteine containing peptide enrichment:1||proteomics:1||magnetic nanoparticle:1||precatalyst:1||MAP4: Demonstrate:1||Compound semiconductor:1||Photocatalytic CO2 conversion:1||low Pt content electrocatalyst:1||flow chemistry:1||metal chalcogenidebased catalyst:1||red upconversion:1||catalyst surfaces:1||Iron oxide nanoparticles:1||crystallinity:1||metal phosphides:1||nanodendrites:1||platinumgroup metals:1||highly pathogenic avian influenza virus (HPAIV):1||influenza A virus:1||porous nanostructure:1||fuel cell electrocatalysts:1||onepot synthesis:1||Iridium:1||Core/shell structure:1||templates, nanorings:1||luminescence:1||quantum dots:1||nanocontainers:1||Cancer imaging:1||Hydrazine:1||Indium?tin oxide:1||Gold nanostructures:1||Hyaluronan:1||Stem cell:1||theragnostics:1||polymers:1||manganese:1||Thin films:1||Tungsten Oxide Nanorod:1||Aggregation induced emission enhancement:1||Innerfilter effect:1||Tin metal sulfides:1||Snbased anode:1||term stability:1||AEMWE:1||DFT study for Fe/NiOOH:1||active sites:1||phase stability:1||structural characterization:1||electrochemical nitrogen reduction:1||ammonia production:1||transition metal oxide:1||dual energy storage mechanism:1||Hollow structure:1||syntheses:1||acidic media:1||electrochemical and energy conversion:1||upconversion:1||heteronanostructure interfaces:1||lattice mismatch:1||Ru:1||iridiumbased nanocrystal:1||intracellular compartments:1||organic quencher:1||Cancer:1||single crystals:1||Poly(dopamine):1||Ascorbic acid:1||CD44:1||Magnetic:1||Chemical synthesis:1||Gas Sensor:1||Metal Oxide Semiconductor:1||Haggregates:1||Na ion battery:1||bimetallic alloys:1||#8208:1||copper oxide:1||multicarbon products:1||SDG7: Affordable and clean energy:1||surface atomic geometry:1||core/tripleshell:1||hollow toroid:1||heterointerface:1||neutral:1||gallium:1||liquid metals:1||surface strain:1||stability:1||Catalysis:1||Grain boundary:1||Ultrasmall nanocrystals:1||water splitting catalyst:1||white LEDs:1||conducting polymer:1||Drug delivery:1||Nanotechnology:1||Gene delivery:1||Jaggregation:1||Terahertz imaging:1||Gadolinium oxide:1||magnetic properties:1||cetuximab:1||long&:1||microfluidics:1||energy storage:1||catalytic conversion:1||

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