ScholarWorks@SUNGKYUNKWAN UNIVERSITY: LEE, HYO YOUNG

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LEE, HYO YOUNG (이효영)

Science (Chemistry)

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graphene:6||hydrogen evolution reaction:6||Graphene:5||molecular electronics:5||electrocatalysts:4||reduced graphene oxide:3||water splitting:3||Supercapacitor:3||2D materials:3||electrochemistry:3||doping:3||silver nanowires:3||overall water splitting:3||selfassembled monolayers:3||electron transport:2||Photodegradation:2||Interfacial engineering:2||density functional theory:2||nonvolatile memory:2||hierarchical microsphere:2||CH activation:2||selfassembly:2||bifunctional electrocatalyst:2||Solar cell:2||MoS2:2||/sub>:2||water dissociation:2||molecular junctions:2||Water splitting:2||2<:2||:2||intercalation:2||Catalytic kinetics:2||Graphene quantum dots:2||sub>:2||nanorod array:2||nanostructures:2||supercapacitor:2||photocatalysts:2||freshwater and seawater electrolysis:2||photolysis:2||Hydrogen evolution reaction:2||functionalization:2||nickel oxide:2||Electrocatalytic activity:1||Electron transport:1||Electronic Modulation:1||Encapsulation:1||Energy and society sustainability:1||Febased superconductor:1||Flexible supercapacitor:1||Graphene Oxide:1||Graphenebased electrode:1||H2 evolution:1||Heavy fermion:1||Heavy fermions:1||Hetero doping:1||Heterojunction:1||Hydrogen Evolution Reaction:1||Hydrothermal process:1||Iridium:1||Iridium nanoclusters:1||Kirkendall effect:1||Light scattering:1||Lithiumion battery:1||Lithiumsulfur battery:1||MAP 1: Discovery:1||MXenebased electrocatalysts:1||Marcus theory:1||Mass activity:1||Metal–Support Interaction:1||Metal thin film:1||Metalfree:1||Metalsupport interactions:1||Metallomimetic:1||Methanol oxidation:1||Microsupercapacitor:1||Microwave:1||Microwave covalent coating:1||MoS2/graphene:1||Molybdenum disulfide:1||NanoScaled Electrode:1||Nanosized phenyl diboronic acid (PDA):1||Nanoclusters:1||Nanocomposite:1||Nidoped BaFe2Se3:1||Nitrogen Doped:1||Nitrogen Electroreduction:1||Nitrogen fixation:1||Nonvolatile memory:1||Onestep synthesis:1||Operando Electrochemical Impedance Spectroscopy Simulations:1||Orbital Coupling:1||Organic bistability:1||Organic electronics:1||PL quenching:1||PLLgraphene composite:1||Pancreatic adenocarcinoma:1||Perovskite QD:1||Petallike MoS2 nanosheet:1||Phaseselective disordering:1||Phaseselectively reduced titanium dioxide film:1||Phosphorusdoped carbon quantum dots:1||Photoactivity:1||Photocatalysis:1||Photocatalyst:1||Photovoltaic cell:1||Pillared graphite network (PGN):1||Platinum nanoparticle:1||Polymeric carbon nitride:1||PooleFrenkel conduction:1||Porous TiO2:1||Prognostic factor:1||ProtonationSelectivity Relation:1||Pseudocapacitance:1||Pseudocapacitive process:1||Pulsed laser deposition:1||QLED:1||Raman spectroscopy:1||ReS<:1||ReS2:1||Ru@gCN:1||Sedoping:1||Selective disorder:1||Sensor:1||Si quantum dot:1||Single layer:1||SingleAtom Catalysts:1||Sodiumion battery:1||Sodiumion battery (SIB):1||Spin glass:1||Structural evolution:1||Superconductivity:1||Ternary transition metals chalcogenide:1||Tetracycline hydrochloride:1||Ti3+doped TiO2 nanoparticle:1||Ti3+selfdoping:1||Titanates:1||Transparent supercapacitor:1||UV Nanoimprint:1||Vacuum filtration:1||Visiblelightdriven photocatalyst:1||Volatile organic compounds degradation:1||Water oxidation in acidic media:1||Work function:1||Zscheme:1||Zscheme heterojunction:1||ZnO nanostructures:1||aSi thin film solar cell:1||acetaldehyde:1||active materials:1||adhesive polymers:1||alcohol solvent:1||ambipolar transistors:1||ammonia:1||amorphization:1||amorphous nanomaterials:1||amyloid fibrils:1||anatase rutile interface:1||anisotropy:1||annulative πextension:1||atomiclevel insights:1||azobenzenes:1||bacterial inhibition:1||bandgap:1||barristor:1||betaTe:1||betatellurene:1||biocompatible nanostructures:1||bisdiazonium salt:1||blend structure:1||broadband detection:1||bulk trap:1||carbon allotropes:1||carbon nitride:1||catalysis:1||catalyst activation strategy:1||cation and anion vacancies:1||chalcogenides:1||charge separation:1||chemical strain:1||chiral gold nanoparticles:1||circular dichroism:1||circularly polarized light:1||clean energy:1||cobalt:1||codoping:1||coli decomposition:1||colloidal synthesis:1||concurrent passivation:1||coordination type bonding:1||coreshell:1||covalent organic polymers:1||crosslinkable ligand:1||defect:1||deformable:1||diazotization:1||direct band gap:1||disordered anataseonly TiO2:1||doubleSAM:1||dualatom dimers:1||dualsingle atoms:1||effective mass:1||electrocatalyst:1||electrochemical energy storage:1||electrode materials:1||electron deficiency:1||electron doping:1||electron paramagnetic resonance:1||electronic band structure:1||electronic structure tuning:1||electrostatic surface:1||energy/charge transfer:1||exfoliation:1||extended Drude model:1||fblock singleatom catalysis:1||fast response:1||few layer graphene:1||fewlayer graphyne:1||field effect transistor:1||fieldeffect transistor:1||firstprinciples calculations:1||flexible and stretchable materials:1||flexible devices:1||flexible electronic devices:1||flexible electronics:1||friction:1||gold nanoparticle:1||graphdiyne:1||graphenes:1||heating glass:1||heterointerface:1||high redox ability:1||high responsivity:1||highly effective heterojunction:1||holey graphyne:1||hydrazine:1||hydrogen evolution reactions:1||hydrogen spillover:1||hydroxylation:1||improved HER kinetics:1||interface:1||interface modification:1||interface trap:1||intraband transition:1||io:1||iridium:1||iron indium sulfide:1||lattice engineering:1||layerbylayer growth:1||ligand exchange:1||localized surface plasmon resonance effect:1||lowdimensional materials:1||machine learning:1||material science:1||mechanical stability:1||memory:1||memory devices:1||metal free:1||mobility:1||modification of TiO2:1||modification of electronic structures:1||modular:1||molecular monolayer junctio:1||molecular wires:1||molecularlinker:1||molybdenum disulfides:1||monolayers:1||nanocrystal fieldeffect transistors:1||nanodomain:1||nanohybrid structure:1||nanoparticle contact:1||nanotechnology:1||nanowires:1||narrow band structure:1||nitrate reduction reaction:1||nitrogen radicals:1||nitrogen reduction reaction:1||nitrogendoped:1||nonc:1||nonlinear sp bonding:1||nucleophilicity:1||optical absorption:1||optical properties:1||optoelectronics:1||organic air pollutant:1||organic polymer semiconductors:1||organic radicals:1||oxygen evolution reaction:1||oxygen evolution reactions:1||oxygen vacancies:1||oxygen vacancy:1||oxygenbridged vanadium:1||ptype semiconductor:1||partially reduced graphene oxi:1||pentacene:1||perovskite:1||phase selective anchoring:1||phonon modes:1||phosphorus:1||phosphorus doping:1||photo/electrochemical catalysts:1||photocatalytic reaction:1||photoswitching:1||porous structures:1||proton capture:1||protoninjection:1||pyrene:1||quantum confinement:1||reduced graphite oxide:1||rhenium disulfide:1||ruthenium:1||sacrificial agentfree:1||scanning tun:1||selfassembledmonolayer:1||selfattachable:1||semi:1||silanization:1||singleatom catalysts:1||singleatom dimer:1||singleatom dimers:1||singleatom electrocatalysts:1||siteselective growth:1||soft contact assembly:1||solar hydrogen generation:1||solar hydrogen production:1||solvothermal reaction:1||stability:1||stacking engineering:1||stretchable:1||stretchable devices:1||strong electrophilicity:1||structural analysis:1||subnanopore:1||sulfur vacancy:1||supercapacitors:1||superconductivity:1||surface functionalization:1||synergistic effect:1||synergistic modulations:1||synthetic method:1||thermionic emission:1||thicknessdependent band gap:1||thinfilm transistor:1||titanium:1||titanium carbide MXene:1||transition metal dichalcogenide quantum dots:1||transition metal dichalcogenides (TMDs):1||transition metal nanoclusters:1||transition metal oxides:1||transition metals:1||transitionmetal dichalcogenides:1||transparent windshieldglass heater:1||transperant conductive films:1||twodimensional materials:1||twoelectron reactions:1||van der Waals gap:1||vanadiumcobalt phosphosulphide:1||vertically aligned:1||visible light application:1||visiblelightdriven CO2 reduction:1||voltagecontrolled molecular memory:1||water oxidation:1||water reduction:1||wear:1||widerangelight absorption:1||2D organic networks:1||3D conductive networks:1||3D electronics:1||Acidic OER:1||Adjustable Protonation Kinetics:1||Adjuvant chemoradiotherapy:1||Adsorptivity:1||Ag nanowire:1||Ai:1||Al/Ge eutectic flux method:1||Amorphous Support:1||Antiferromagnetic ordering:1||Arrhenius plot:1||Aryl (benzene) diazonium salts:1||Aspect ratio:1||Asymmetric capacitor:1||AuCl3:1||Bsite:1||Backdonation:1||Battery:1||Binderfree:1||Bisphenol A:1||Blue TiO2:1||Blue TiO2 (BTO):1||CO2 conversion:1||Capacitor:1||Cebased intermetallic:1||CeCoIn5 thin film:1||Charge separation:1||Charge trap:1||Chemisorption:1||Cluster sizedependent electrocatalysis:1||CoS<:1||Cobalt oxide:1||Condensation reaction:1||Cross coupling:1||DFT calculations:1||Diffusioncontrolled intercalation:1||Dirac point:1||Doping:1||Doping graphene:1||E:1||Edged sulfur:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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