ScholarWorks@Gyeongsang National University: Choi, Myong Yong

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Choi, Myong Yong (최명룡)

자연과학대학 (화학과)

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Tel 0557721492
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Pulsed laser irradiation:10||Hydrogen evolution reaction:9||Pulsed laser ablation:8||Pulsed laser ablation in liquid:7||Overall water splitting:6||Photocatalysis:6||Pulsed laser ablation in liquid (PLAL):6||crystal structure:5||Visible light:5||sub>:4||pulsed laser irradiation in liquids:4||Methylene blue:4||Electrocatalysts:4||Electrocatalyst:4||4Nitrophenol:4||Electrochemical sensor:4||Xray diffraction:4||Wastewater treatment:4||Zinc oxide:4||/sub>:4||Hydrothermal method:3||Semiconductor:3||Photocatalyst:3||Nanostructures:3||Hydrogen production:3||2<:3||Sonochemical process:3||methanol oxidation reaction:3||Barium titanate:3||Supercapacitors:3||DFT calculations:3||Electrocatalysis:3||pulsed laser ablation:3||pulsed laser ablation in liquid:3||pulsed laser irradiation:3||Pulsed laser irradiation in liquids:3||Oxygen evolution reaction:3||Degradation:3||Hydrazine oxidation reaction:3||Nanocomposites:3||In situ spectroscopy:2||Surface plasmon resonance:2||Metalorganic frameworks:2||overall water splitting:2||oxygen evolution reaction:2||Nitrobenzene:2||HER:2||4nitrophenol:2||Anatase:2||Infrared spectroscopy:2||OER:2||Gold Nanoparticles:2||Energysaving H<:2||Ruthenium:2||Solvent effect:2||production:2||Ferrites:2||Carbon nanotube:2||fluorescence:2||water splitting:2||MXenes:2||Ternary nanocomposites:2||MXene:2||5Hydroxymethylfurfural:2||Pulsed laser ablation in liquids:2||in situ Raman spectroscopy:2||Nanowire:2||Nanocomposite:2||Water splitting:2||Fluorescence probe:2||Photocatalytic degradation:2||TiO2 nanoparticles:2||Electrochemical energy storage:2||Formic acid:2||Chemical synthesis:2||Fuel cell:2||hydrogen bonding:2||CO2 reduction:2||supercapacitors:2||#8211:2||BiOI:2||Phase transformation:2||electrocatalysis:2||Photocatalysts:2||theoretical calculations:2||electrocatalysts:2||Electrospun film:2||UVUV holeburning:2||Colorimetric sensor:2||Hydroxyapatite:2||Catalyst:2||IRdip spectroscopy:2||Zn@ZnO:2||Rhodamine B:2||ZnO:2||Sensor:2||Benzenetricarboxyamide:2||Supercapacitor:2||Aerobic oxidation:2||In situ Raman spectroscopy:2||Superfluid helium nanodroplets:2||2D materials:2||Coral reef:1||Coreshell nanostructure:1||Coreshell nanostructures:1||Coumarin:1||Counductance:1||Cr(VI) reduction:1||Cr(VI) removal:1||Cryptand[2:1||Crystal transformation:1||CsPbBr3:1||Cu2O/NiO/nickel foam:1||CuBTC:1||Cu2ZnSnS4 (CZTS):1||CuO/RuO2/C:1||CuPd alloy:1||Cupric oxide:1||Cuprous oxide:1||Cycling stability:1||Cytosine tautomers:1||Cytotoxicity:1||DCCactivated amidation:1||DFT and TDDFT calculations:1||Dechlorination:1||Defects:1||Density functional theory (DFT) calculations:1||Density functional theory study:1||Derek Muir:1||Detection:1||Dimensional effect:1||Dimerization:1||Direct liquid fuel cells:1||Dispersibility:1||Ditopic Receptor:1||Ditopic receptors:1||Drinking water distribution systems:1||Dunn&apos:1||Dye degradation:1||Dyesensitized solar cells:1||EFG:1||Electrochemical nitrite reduction:1||Electrochemical oxidization:1||Electrochemical reduction:1||Electrochemical reduction reaction:1||Electrode material:1||Electrode materials:1||Electron microscopy:1||Electrospinning:1||Encapsulation:1||Energy conversion and storage:1||Energysaving H 2 fuel production:1||Environmental applications:1||Environmental remediation:1||Ethanol oxidation:1||Europium(III) complex:1||Ex situ Raman spectroscopy:1||Exfoliation:1||Extracellular polymeric substance:1||FeMoO4/gC3N4:1||Ferrocene:1||Fluorescence life times:1||Formation mechanism of nanodendrites:1||Fuel cells:1||Functionalized gold nanoparticles:1||Furfural:1||Furfural oxidation and hydrogenation reactions:1||Furfural oxidation reaction:1||GIAO:1||Gas treatment:1||Gold and silver nanoparticles:1||Gold nanoparticles:1||Gold nanostructures:1||Graphitic carbon layers:1||Graphitic carbon shells:1||Green condition:1||Green energy:1||H2 and O2 evolution reactions:1||H2 fuel generation:1||H and Jaggregation:1||H2O2 reduction:1||Halloysite nanoclay:1||Handling Editor:1||Heavy metals:1||Heck crosscoupling reaction:1||Helium droplets:1||Heteroatomdoped graphene:1||Heterogeneous catalysts:1||Heterogeneous electrocatalysts:1||Hexachlorobenzene:1||High energy density:1||Hirshfeld surface analysis:1||Humic acid:1||Hybrid Organic Inorganic Nanocomposites:1||Hybrid water electrolyzer:1||Hydrazine:1||Hydrazine evolution reaction:1||Hydrazine oxidation:1||Hydrazine splitting:1||Hydrocarbons:1||Hydrodeoxygenation:1||Hydrogen exchange:1||Hydrogen fuel:1||Hydrogen peroxide and mercury ion detection:1||Hydrogenation:1||Hydroquinone:1||Hydrothermal reaction method:1||HzOR:1||Imidazole trimer:1||Imidazole trimerwater complexes:1||In situ freestanding acoustic levitator:1||Insitu high temperature Xray diffraction:1||Indole3carbinol:1||Industrial wastewater:1||Integrated techniques:1||Ionselective electrodes:1||Iron nanoparticles (Fe NPs):1||Iron nickel diselenide:1||Iron oxide:1||Iron@Graphite/Palladium nanoparticles (Fe@C/Pd NPs):1||LIBs:1||Laser Power Dependence:1||Laser desorption:1||Lasing:1||Layered triple hydroxide:1||Li2CO3:1||Lightmatter interaction:1||Lignin:1||Lignin mediated silver nanoparticles:1||Lindane:1||Linear sweep voltammetry:1||Lithium:1||Lithium ion battery:1||Lithium recovery:1||Luminescence:1||Luminescence properties:1||MOF:1||MOF@MXene hybrids:1||MOR:1||Mangrove:1||Marine pollution:1||Massselected onecolor R2PI:1||Matched Potential Method:1||Metal–organic frameworks:1||Metal Ions:1||Metal catalyst:1||Metal oxide:1||Metal oxides:1||Metal sulfides:1||Metaldecorated carbon nanotubes:1||Methacetin (MA):1||Methanol:1||Methanol electrooxidation:1||Methanol oxidation reaction:1||Methoxysilyl Propyl AcrylatedSiO2@TiO2 Nanocomposite Hybrids:1||MgSnN2 ternary nitrides:1||Microrods:1||Microsphere:1||Modoped Ni/NiO:1||Molybdenum disulfide:1||Multiwalled carbon nanotube:1||Multifunctional electrocatalysts:1||Multilayer ceramic capacitor:1||Multilayer ceramic capacitors:1||Multilayer ceramic sheet:1||Multipath laser system:1||N, Ndimethylformamide:1||N[3(trimethoxysilyl)propyl]aniline:1||NADH regeneration:1||NMR:1||NTA:1||Nanogap gold nanoparticles:1||Nanotablets/rods:1||Nanohybrid catalyst:1||Nanorods:1||Nanosecond laser ablation in liquid:1||Nanostructure engineering:1||Naphthamido derivatives:1||Ni composite:1||Ni nanoparticles:1||Ni3S2:1||NiBTC:1||Nibased LDHs:1||Ni/Pd:1||NiMoO4:1||NiMoO4/gC3N4 composite:1||NiPd alloy:1||Nickel nanoparticles:1||Nickel sulfide:1||Nickel tetraphenylporphyrin:1||Nitrate removal:1||Nitric oxide gas:1||Nitro reduction reaction:1||Nitrogendoped graphitic carbon shells:1||Nitrogendoped porous carbon:1||Nitrophenyldiacetic Acids:1||Nonenzymatic electrochemical sensor:1||Onepot synthesis:1||Optical material:1||Organic dye:1||Organic pollutant degradation:1||Organic pollutants:1||Organogel:1||Overall hydrazine and water splitting:1||Overall hydrazine splitting:1||Overall water and hydrazine splitting:1||Oxides:1||Oxygen electrocatalyst:1||PLA:1||PVC Membrane Copper IonSelective Electrodes:1||Palladium recovery:1||Particle size ratio:1||Pb2+ ions:1||PbSe:1||Pd nanoparticle:1||Pd/PdOnanoparticledecorated nickel phosphate:1||Pd@Pt electrocatalysis:1||Pendular spectroscopy:1||Pentamethylene sulfide:1||Phase transition:1||Phenol oxidation:1||Photoabsorber:1||Photocatalytic activity:1||Photocatalytic reduction:1||Photocathode:1||Photodegradation:1||Photoelectrocatalysts:1||Photoluminescence:1||Photonic confinement:1||Photovoltaic:1||Picric acid:1||Plasmonics:1||Platinum nanoparticle:1||Polariton:1||Polarization:1||Polyethersulfone:1||Polymer combustion process:1||Porous betaBi2O3 nanoplates:1||Power density:1||Powerdependence:1||Properties:1||Pseudofirstorder:1||Pt nanoparticle:1||PtCo3O4 electrocatalyst:1||Ptdecorated TiO2@TiC core−shell:1||Ptfree electrocatalyst:1||Pt/C nanoarchitectures:1||Pulse laser ablation in liquid:1||Pulse laser irradiation in liquid:1||Pulsed Laser Ablation in Liquid:1||Pulsed laser ablation and irradiation in liquids:1||Pulsed laser irradiation in liquid:1||Pulsed laser process:1||Pulsed laser synthesis:1||Pulsed laser technique:1||Quantum chemical calculations:1||Quantum dots:1||Quorum sensing:1||R2PI:1||RF magnetron sputtering:1||Rare earthdoped electrodes:1||Recyclability:1||Resonant 2photon ionization:1||Resonant twophoton ionization (R2PI):1||Retrievable photocatalyst:1||RhodamineB:1||Rietveld refinement:1||RuCoO<:1||Rutile:1||Scanning electron microscopy:1||Secondary irradiation:1||Seed layer:1||Selective conversion:1||Selectivity:1||SiO2 Core/TiO2 Shell (SiO2@TiO2) Nanospheres:1||Silver cyanide:1||Simulated sunlight:1||Single crystal:1||Singlemetal nanoparticledecorated CuO nanorods:1||Size distribution:1||Sol Gel Processes:1||Solgel chemistry:1||Solgel deposition:1||Solar light irradiation:1||Solidstate NMR:1||Solidstate reaction:1||Solvent evaporation process:1||Sonoelectrochemistry:1||Sonophotocatalysis:1||Specific capacitance:1||Spincoating:1||Strong acidic solution:1||Structuraloriented research:1||Structure:1||Superfluid helium droplets:1||Supported catalyst:1||Surface:1||Surface structure:1||Surface treatment:1||Surfaceenhanced Raman scattering:1||Surfactants:1||Sustainable energy production:1||Sustainable liquid fuel:1||Sustainable liquid fuels:1||SuzukiMiyaura coupling reaction:1||Synergistic effect:1||Synthesis:1||TIO2:1||Tandem water electrolysis:1||Ternaryhybrid composite:1||Tetracycline:1||Thermal conductivity:1||Thermal evaporation:1||Thermal evolution:1||Thermochromism:1||Thermoelectric generator:1||Ti 3C 2Tx MXene:1||Tin oxide:1||Titanium dioxide:1||Toxic pollutants:1||Transcription:1||Transition metal:1||Transition metal nitrides:1||Transition metal phosphides:1||Transmission electron microscopy:1||Turnoff":1||UO22+:1||UVUV holeburning (UVUV HB) spectroscopy:1||UVUV holeburning spectroscopy:1||Ultrasmall sized:1||Ultrafiltration:1||Ultrasonochemical process:1||Ultrasound:1||Uranium:1||Uranium ion:1||Uranyl Ion:1||Uranyl ion sensor:1||Valueadded chemicals:1||Vibrational transition moment angle (VTMA):1||Vibrational transition moment angles (VTMAs):1||Visible light Photocatalysis:1||Visible light absorption:1||Wastetovalueadded chemicals:1||Wastewater remediation:1||Water and furfural oxidation:1||Water electrolysis:1||Water pollution:1||Water remediation:1||Water treatment:1||White light emission:1||Xray absorption:1||Xray photoemission spectroscopy (XPS):1||Xray photoelectron spectroscopy:1||XAFS:1||XPS:1||Yttrium doped NiMgAl:1||Zeolitic imidazolate framework:1||Zinc batteries:1||Zinc tetra(psulfonatophenyl) porphyrin (ZnTSPP):1||Zn and ZnO nanoparticles:1||Zn(II) detection:1||ZnO/Ag:1||ZnO/Au/Pd:1||ZnS:1||ZnSAg2SRGO:1||ZnSnN2 thin films:1||ab Initio and DFT calculations:1||acetone:1||additive manufacturing techniques:1||adenosine triphosphate (ATP):1||advanced oxidation process:1||aloe veraderived graphene:1||aloe veraderived graphenecoupled phenosafranin:1||ammonia production:1||aniline:1||anion modulation:1||bifunctional electrocatalysts:1||bimetallic NiCo2O4 nanoplates:1||bimetallic nanoparticles:1||biomass conversion:1||biosensors:1||carbon nanomaterials:1||charge&:1||chemoprobe:1||codoped CuO nanostructure:1||cobalt tungstate:1||conducting polymer:1||coordination polymer:1||copper sulfide:1||copper(I) iodide:1||crystal packing:1||cyanoindole:1||decarboxylative crosscoupling reaction:1||dechlorination:1||density functional calculations:1||density functional theory:1||discharge studies:1||dithioether ligand:1||duallaser pulses:1||efficient hydrogen production:1||electrocatalyst:1||electrochemical capacitance:1||electrochemical furfural oxidation:1||electrochemical performance:1||electrochemical sensors:1||electron transfer:1||energysaving H2 production:1||etching:1||exfoliated black phosphorus:1||fabrication and design:1||fluroxypyr:1||galP1 promoter:1||gasphase spectroscopy:1||graphene quantum dot:1||helical structures:1||helicity inversion:1||herbicide:1||heterogeneous organocatalysis:1||heterostructure:1||highentropy materials:1||highentropy oxides:1||hybrid electrocatalysts:1||hydrogen bond:1||hydrogen bonds:1||hydrogen evolution:1||hydrogen evolution reaction:1||hydrothermal:1||hydrothermal method:1||in situ electrochemical–Raman probes:1||in situ growth:1||in situ/operando Raman spectroscopy:1||infrared spectra:1||interfacial films:1||ionselective electrode:1||ionselective sensor:1||lanthanide:1||laser ablation in liquids:1||lifetime:1||lightemitting diodes:1||luminescence:1||m Dichlorobenzene (m DCB):1||matrix assisted isolation spectroscopy:1||mesoporous silica:1||microwave synthesis:1||monohydrogen phosphate:1||morphology transformation:1||nanocomposites:1||nanoflowers:1||naphthalenetetracarboxylic diimide:1||nickelcopper sulfide:1||nitrite reduction reaction:1||nitrogen conversion:1||optoelectronic:1||organic pollutants:1||phase engineering:1||photocatalysis:1||photocatalytic hydrogen production:1||photocatalytic membranes:1||photoelectric process:1||photoelectrochemical activity:1||photosynthesis:1||platinum:1||polyterthiophene derivatives:1||product separation:1||puled laser ablation in liquids:1||pulsed laser synthesis:1||pyridine:1||pyromellitic diimide:1||quinolinic acid imide:1||redox supercapacitors:1||rhodamine 101:1||ruthenium nanoclusters:1||rutile titanium dioxide:1||s approach:1||salicyladazine:1||singlePd nanoparticles:1||singlemetalnanoclusters decorated Ni(OH)(2)/nickel foam:1||solar absorber:1||sonolysis:1||sonophotocatalysis:1||supercapacitor:1||superfluids:1||supramolecular nanostructures:1||supramolecular polymer:1||surface defects:1||ternary metal sulfide:1||titanium carbide:1||transitionmetal carbides:1||ultrasonics:1||urea electrooxidation:1||ureaassisted water electrolysis:1||vibrational states:1||viologen redox relay:1||visiblelight illumination:1||water:1||water electrolysis:1||water electrolyzer:1||water/oil interface:1||wet chemical method:1||x<:1||zinc oxide nanostructures:1||αCo(OH)<:1||":1||/rGO:1||1,2dichlorobenzene:1||1,4benzenediol detection:1||2:1||2,4Dinitrophenol:1||2,5Dimethylfuran:1||2Furoic acid:1||2furoic acid:1||2]:1||4aminobenzenethiol:1||4nitrobenzenethiol:1||4nitrophenol reduction:1||5Cyanoindole:1||@NC composite:1||Ab initio and DFT calculations:1||Acoustic levitation:1||Acoustic levitator:1||Ag and Ncodoped ZnO:1||Aggregationinduced emission:1||Aging effect:1||Al hydroxide nanoparticles:1||Al nanoparticles:1||Al oxide nanoparticles:1||Al2O3 Nanoparticles:1||Alcohol oxidation:1||Aluminum Nanoparticles:1||Ammonia:1||Ammonia production:1||Ammonia synthesis:1||Anatase and rutile phase:1||Anthracenebased chalcone:1||Aqueous electrolyte:1||Archeological monuments:1||Arsenate removal:1||Arsenic detection:1||Asymmetric supercapacitor:1||Au NP catalyzed photoreduction:1||Au NPs:1||Au nanoplates:1||AuPd alloy:1||Audecorated fMWCNT:1||AuPt alloy:1||Benzoic acid production:1||Benzyl alcohol oxidation:1||Beryllium sensor:1||BiVO4 nanoparticles:1||Bifunctional electrocatalyst:1||Bifunctional electrocatalysts:1||Bifunctional electrodes:1||Bifunctional photoelectrodes:1||Bimetallic NiPd nanoparticles:1||Bimetallic nanoparticles:1||Bimetallic oxides:1||Biofouling:1||Biomass:1||Biomassderived aldehydes:1||Biosensor:1||Bis(pyridine2ylmethyl)phenyl group:1||Bis(salphenH(2)) Derivative:1||Bismuth iron tungstate:1||Bismuthorganic precursor nanoplates:1||BixPdy bimetallic nanoparticles:1||C/Ni NPdecorated AuPt alloy:1||CH3OH oxidation:1||CO2 abatement and mitigation:1||CO2 hydrogenation:1||CWO&:1||Capacitance retention:1||Carbocations:1||Carbon nanotube supported Pd catalyst:1||Carbon nanotubes:1||Catalysis:1||Catalytic activity:1||Catalytic properties:1||Cathode materials:1||Cation modulation:1||Cavitation bubble dynamics:1||Celltocell communication:1||Cesium:1||Cesium ion:1||Cetyltrimethylammonium bromide (CTAB):1||Charge storage mechanism:1||Chemical shift:1||Chemosensor:1||Chlorinated organic compounds (COCs):1||Chromogenic probe:1||Co3O4/NiO:1||CoBTC:1||Cobased electrocatalysts:1||CoNi coordination polymer frameworks:1||CoO/NiO/nickel foam:1||Cobalt oxide:1||Coin cell:1||Colorimetric:1||Composite material:1||Composite materials:1||Composition modulation:1||Conductivity:1||Copper catalyst:1||Copper(I):1||

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