ScholarWorks@Dongguk University: Lee, Sae youn

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Lee, Sae youn (이세연)

College of Engineering (Department of Energy and Materials Engineering)

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Tel 02-2260-4980
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Luminescent solar concentrator:3||Oxygen reduction reaction:3||ORR:3||Thermally activated delayed fluorescence:2||Oxygen evolution reaction:2||luminescent solar concentrator:2||Methanol oxidation reaction:2||Photostability:2||Intercalation:2||Cardiopulmonary resuscitation:1||Catalyst layer:1||Catalytic performance:1||Charge selectivity:1||Chest compression:1||CoNx:1||Co3O4:1||Conductive polymers:1||Conjugated polymer:1||Copper nanowires:1||Coprecipitation:1||Crystal growth:1||Cylindrical optical fibers:1||Density functional theory:1||Device:1||Dexter energy transfer:1||Direct methanol fuel cell:1||Direct methanol fuel cells:1||Dispersion in water:1||Dopantfree hole transport materials:1||Durability:1||Ecoflex:1||Electrochemical dealloying:1||Electrochemical exfoliation:1||Electrodes:1||Electrolyte effect:1||Ethanol oxidation:1||FRET:1||Feedback:1||Flexible organic photovoltaics:1||Fluorescence lifetime:1||Graphene dispersion:1||HER:1||Heterojunction surface activities:1||Heterojunctions:1||High power conversion efficiency:1||Hybrid supports:1||Hydrogen evolution reaction:1||Insitu growth:1||Insitu preparation:1||Indigo:1||Indoor application:1||Indoor organic photovoltaic:1||Indoor organic photovoltaics (OPVs):1||Indoor/outdoor illumination:1||Inorganic supports:1||Interface engineering:1||Intramolecular charge transfer:1||Large Stokes shift:1||Lattice strain:1||Lattice strain modulations:1||Layered double hydroxide:1||Layered silicates:1||Light trapping modes:1||Lighting:1||Longterm stability:1||Lowintensity lighting conditions:1||MOR:1||Methanol oxidation:1||Methanol permeability:1||Multifunctional activity:1||NiCo2S4 array:1||NiMnlayered double hydroxide:1||Nicotinonitrile derivatives:1||OER:1||Onedimensional nanostructures:1||Organic lightemitting diodes:1||Organic lightemitting diodes (OLEDs):1||Organic photovoltaics:1||Orthosubstitution:1||Oxygen vacancy:1||PANIgC3N4:1||PEM fuel cell:1||Parasitic resistance effects:1||PdMo bimetallic catalyst:1||PdCu bimetallene:1||PdCu bimetallene layers:1||Performance evaluation:1||Perovskite photovoltaics:1||Photovoltaic systems:1||Poly(3,4ethylenedioxythiophene) polystyrene sulfonate:1||Polymer dispersed liquid crystal:1||Polymeric electrode:1||Power conversion efficiency:1||Proton conductivity:1||PtPd:1||PtRh:1||Ptbased catalysts:1||Ptbased electrocatalysts:1||PtPd nanocubes:1||PtRh:1||Pyridinecarbonitrile derivatives:1||Reduced graphene oxide:1||Scattering layer:1||Simulation:1||Sulfonated polyvinylidene fluoride (SPVDF):1||Supportfree catalysts:1||Surface interface:1||Surface losses:1||Surface passivation:1||Ternary alloy nanoparticles:1||Thermally activated delayed fluorescence (TADF):1||Transparent composite electrode:1||Trifunctional electrocatalyst:1||Water splitting reactions:1||Zeolitic imidazolate framework67 (ZIF67):1||attoscalenoise organic photodiode:1||carbon nanotube (CNT):1||catalytic performance:1||charge transfer:1||device stability:1||dip coating:1||elastomer:1||electrochemical reactions:1||electron blocking layers:1||electronblocking layer:1||energy transfer:1||femtowattscale noise equiv. power:1||heterostructure:1||hyperfluorescence OLED:1||indolocarbazole:1||interdiffusion:1||interdigitated horizontal electrode (IHE):1||interfacial energetic offset:1||intramolecular:1||laserinduced processes:1||light back scattering:1||light harvesting:1||multiresonance emitter:1||multifunctional activities:1||nanometal electrocatalysts:1||nanoscale spacing:1||nanosecond lasers:1||nicotinocarbonitrile:1||organic fluorophore:1||organic lightemitting diodes:1||organic photodetectors:1||oxygen (O2) plasma:1||parasitic resistance:1||photonics:1||planar heterojunction (PHJ):1||polydimethylsiloxane (PDMS):1||polymer matrix:1||pyrene:1||regioisomer:1||selfassembled monolayers:1||selfassembled monolayers (SAMs):1||smart window:1||strain sensor:1||stretchable sensor:1||suppressed dark current:1||surface energy:1||symmetry:1||thermally activated delayed fluorescence:1||urea oxidationreaction:1||Absorption:1||visual comfort:1||Acidbase pair:1||Aesthetics:1||Alloy catalyst:1||Annealing:1||Asymmetric molecular structure:1||Binding energy:1||Carbon quantum dots:1||Carbon supports:1||

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