ScholarWorks@Sookmyung Women's University: Lee, Han Gil

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Lee, Han Gil (이한길)

이과대학 (화학과)

Research Area: 화학, 표면물리화학, Chemistry, Surface Physical Chemistry

Tel 02-710-9409
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HRPES:14||Photocatalytic oxidation:5||STXM:5||adsorption:4||amino acids:3||Oxygen vacancy:3||DFT calculation:3||Graphene:3||Ge(100):3||LEED:3||DFT:2||adsorption structure:2||Chemical doping:2||TiO2 nanorods:2||Pdbased catalysts:2||cadmium sulfide:2||Ge(100) surface:2||NEXAFS:2||Epitaxial graphene:2||(E)alphaphenylcinnamic acid:2||CLPES:2||Near edge Xray absorption fine structure:2||oxygen vacancy:2||Asymmetric hydrogenation:2||HMF oxidation:2||photocatalyst:2||Catalytic oxidation:2||CC coupling:2||Defect engineering:2||Chemical functionalization:1||Cladding:1||Codeposition:1||Core level photoemission spectroscopy:1||Corelevel photoelectron spectroscopy (CLPES):1||Corelevel photoemission spectroscopy:1||Coreshell structure:1||Cu(775) surface:1||Cyclic voltammetry:1||Dative bond, and bonding electrons, of only one of the atoms:1||Dative bonding of Lewis acids (electrophilic):1||Dative bonding of Lewis bases (nucleophilic):1||Dative bonding of organic molecules:1||Defect:1||Defect structure:1||Density functional calculations:1||Density functional theory (DFT) Calculation:1||Deposition method:1||Desorption:1||Distorted TiO2:1||Doping:1||EC measurements:1||Electrochemical CO2 reduction:1||Electrochemical measurement:1||Electrochemistry:1||Febased alloy films:1||Fedoped TiO2 NPs:1||Fe3O4:1||Ferromagnetic state:1||Firstrow transition metal ion doping:1||Functional group selectivity:1||Furan:1||GO surface:1||Ge(100)2 x 1 reconstructed surface:1||Graphene oxide:1||HSi(100):1||Heterogeneous photocatalyst:1||Highresolution photoemission spectroscopy:1||Hightemperature Xray diffraction:1||Histidine:1||Hydroxyl radical:1||Hydroxypyridine:1||Insitu characterization:1||InGaZnO:1||Interrow adsorption configuration:1||Interfaces:1||LMCT:1||Lattice parameter:1||Lattice strain:1||Longterm stability:1||Magnéli phases:1||Magnetic phase transition:1||Meanfreepath:1||Metal oxidation:1||Metal oxide nanoparticle:1||Minor alloying element:1||Molecular adsorption:1||Ndoped Pd@TiO2:1||NH3 treatment surface defect:1||NRF2KEAP1 pathway:1||Nanoparticle:1||Nbgrafted SBA15:1||Neighboring dativebonded, lowering barrier for NH:1||Nitrogen doping:1||Noblemetaldoped metal oxide:1||OER:1||Operando characterization:1||Overpotential:1||Oxidation reaction:1||Oxygen vacancies:1||PES:1||PdO:1||PdTiO2 nanoparticles:1||Photooxidation:1||Photooxidation reaction:1||Photocatalyst:1||Photocatalysts:1||Photocatalytic activity:1||Photocatalytic mild oxidation:1||Photoemission spectroscopy:1||Pt alloys:1||Purine:1||Pyridone:1||RAIRS:1||Raman Spectroscopy:1||Raman spectroscopy:1||Reaction reagent:1||Ring formation:1||SEM:1||SRPES:1||Selective decomposition:1||Silver:1||Silver ion:1||Singlephase Fe3O4:1||Sol gel method:1||Spin injector:1||Structural phase transition:1||Surface defects:1||Surface oxygen vacancy:1||Surface reconstruction:1||Surface segregationa:1||Surfaces:1||Synchrotron:1||TEM:1||Tautomerism:1||Thermally stable layer:1||Threonine:1||Ti3+ selfdoped TiO2:1||TiO2 nanoparticles:1||TiO2/Al2O3 composites:1||Transition metaldoped TiO2:1||Transition metaldoped rGO:1||Transparent conducting oxide:1||Tunsten oxide:1||UPS:1||WMLD:1||Xray Absorption Spectroscopy:1||Xray absorption spectroscopy:1||Xray microscopy:1||Xray photoelectron spectroscopy:1||XANES spectroscopy:1||XMCD:1||XMLD:1||XPS:1||Zirconium:1||ZnO nanorods:1||activated carbon:1||aromatic alcohol oxidation:1||atomic information:1||base treatment:1||biomass conversion:1||biomolecules:1||biorefinery:1||cadmium sulfide nanowire:1||calcium biological material:1||catalytic hydrogenation:1||cerium oxide nanoparticles (CeO2 NPs):1||chemical warfare:1||chitosan:1||colloidal quantum dots:1||corelevel photoelectron spectroscopy:1||cytotoxicity:1||defect structures:1||dense granule:1||density functional calculations:1||density functional theory calculations:1||dioxymethylene:1||doping:1||ecofriendly materials:1||elemental mapping:1||formate on step:1||formate transfer:1||germanium:1||heterogeneous catalyst:1||heterogeneous photocatalyst:1||histone lysine methylation:1||homocysteine:1||indium arsenide:1||ion exchange:1||lead sulfide:1||lignin:1||lowenergy electron diffraction:1||magicsizednanoclusters:1||methanol synthesis:1||modified reduced graphene oxide nanocomposites:1||nanoclusters:1||oPhthalaldehyde:1||ptertButylcalix[4]arene:1||pH effect:1||photocatalysis:1||photocatalytic property:1||photoelectron spectroscopy:1||platelet:1||platinized tungsten suboxides:1||quantum dots:1||reactive oxygen species (ROS):1||reduced graphene oxide:1||rutheniumnanoparticles:1||silver ion:1||syntheticprecursors:1||transition metal doping:1||transition metaldoped CeO2 nanoparticles:1||valine:1||visiblelight responsivity:1||work function:1||zeoliteY films:1||고리모양 형성:1||그라핀:1||퓨란:1||1D Organic molecular line:1||2Aminothiophenol:1||2thiophenecarboxaldehyde:1||3Methyl5pyrazolone:1||5hydroxymethlyfurfural (HMF):1||5hydroxymethylfurfural:1||A(MLD):1||ATMT:1||Activated carbon:1||Adsorption:1||Alloy film:1||Altretamine:1||Ambient pressure XPS:1||Anodic oxidation:1||Antiferromagnetic coupling:1||Aromatic alcohol oxidation:1||Atomic defect:1||Atomic defects:1||Bandgap narrowing:1||Bioimaging:1||CO2 hydrogenation:1||Cadmium sulfide:1||Carbon nanotubes:1||Carbonaceous materials:1||Catalysis:1||Catalyst:1||Catalytic activity:1||CeO2:1||

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Sookmyung Women's University. Cheongpa-ro 47-gil 100 (Cheongpa-dong 2ga), Yongsan-gu, Seoul, 04310, Korea02-710-9127

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