ScholarWorks@Korea University: Choi, Jung kyu

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Choi, Jung kyu (최정규)

College of Engineering (Department of Chemical and Biological Engineering)

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Tel 02-3290-4854
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Catalyst:5||Hydrocarbon trap:4||MFI zeolite:4||Zeolite membrane:3||MCM22:3||Hydrodeoxygenation:3||Hydrothermal stability:3||Alzheimer's disease:3||Zeolite:3||ZIF8 membrane:3||Na2WO4:3||zeolites:2||Methane dehydroaromatization:2||Additive:2||Zeolites:2||Secondary growth:2||Cracks:2||ZSM22:2||Ionic liquid:2||Mixed matrix membranes:2||layerbylayer assembly:2||2Methylfuran:2||Carbon capture:2||Module separation performance:2||Rapid thermal processing:2||Oxidative coupling of methane:2||CO2 separation:2||Toluene methylation:2||Condensation:2||Structural transformation:2||MFI:2||Coreshell structure:2||Hydrothermal synthesis:2||Lignin:2||ZSM5 zeolite:2||Acetylene:2||Metalorganic framework:2||Diesel:2||biogas upgrading:2||ZSM5:2||Hierarchical zeolite:2||SSZ13 zeolite:2||Mesoporosity:2||Transition metal dichalcogenides:1||Molecular modelling:1||membranes:1||micropores:1||biomass conversion:1||chabazite:1||Cold start:1||amyloid beta:1||reduced graphene oxide(rGO):1||Cyclotrimerization:1||Selfpillared ZSM5:1||Polyethylene glycol diacrylate (PEGDA):1||Plastic substrate:1||Chabazite zeolites:1||Carbon dioxide separation:1||Jet fuels:1||area fraction:1||Zeolite imidazole framework:1||Mg batteries:1||Greenhouse gas separations:1||MFI (silicalite1) membranes:1||Cancrinite zeolite:1||oxidative coupling of methane:1||PVP:1||Threecomponent alkanolamine solution:1||p:1||nonzeoliticporecontaining film:1||Propene dimerization:1||magnetic microparticles:1||Metalorganic frameworks (MOFs):1||Food storage and transportation:1||Silica support:1||CO SCR:1||H2:1||Coldstart period:1||Chemical hydrogen storage:1||Organic chemical hydride:1||Hydrogen storage/release reaction:1||Light olefin:1||Chemical recycling:1||Carbohydrate:1||Sugar:1||Epitaxial growth:1||Viscosity:1||Threedimensional interdigitated microelectrodes:1||carbon dioxide:1||Postcombustion carbon capture:1||Biogas separations:1||Micropores:1||hierarchical zeolite:1||siliceous zeolite film:1||hydrophobicity:1||Phenolic hydrocarbons:1||Grain boundary defects:1||Fluorescence confocal optical microscopy (FCOM):1||Selfpillared pentasil (SPP) particles:1||Interfacial void:1||H2/CO2 separations:1||High thermal/mechanical stability:1||DDR catalysts:1||network analysis:1||cathode:1||electrochemistry:1||Hydrogen peroxide:1||Allsilica CHA (SiCHA) zeolite:1||Electrostatic Interaction:1||multifunctional colloids:1||Secondary (seeded) growth:1||uniform layers:1||Porositytunable hydrogel:1||Hopping dielectrophoretic force:1||Plasmabased diagnosis:1||Shape selectivity:1||biogas conversion:1||Mn:1||sulfur:1||Diisopropanolamine (DIPA):1||2amino2methylpropanol (AMP):1||CO2:1||CO2 cycloaddition:1||module properties:1||gold nanoparticles:1||sandwich assays:1||Bronsted acid:1||Delaminated ITQ1:1||Pervaporation:1||Surface Reaction Mechanism:1||Hierarchical MWW zeolites:1||CH4 utilization:1||Embedded ZIF8 layer:1||ZIF67:1||Separation processes:1||Tailoring acidity:1||Cuimpregnated BEA zeolite:1||Pyrolysis oil:1||Lowsilica CHA:1||Structural stability:1||And composites:1||High sensitivity and selectivity:1||Synthesis:1||Bottomup and topdown:1||defects:1||Biofuel:1||Zeolite membranes:1||Quantitative image processing:1||CO2 photoreduction:1||Standard reduction potential:1||Electrochemical ammonia synthesis:1||image segmentation:1||thresholding:1||Lithium ion capacitor:1||1,3Propane sulfone:1||chlorine resistance:1||Film orientation:1||silica:1||sonication:1||heterogeneous catalysts:1||Ethanol conversion:1||colloidal stability:1||Cold start test:1||Lowtemperature oxidation:1||oxylene separations:1||DDR zeolite:1||Bifunctional catalyst:1||Capillary tube:1||Interlocking structure:1||Pressure resistance:1||Delamination:1||Dealumination:1||PVC:1||Copper speciation:1||Catalytic cracking:1||Catalytic depolymerization:1||Nanosheet zeolite:1||LTA zeolite membranes:1||Water immersion effect:1||Porosity tunable hydrogel:1||separations:1||Membrane reactor:1||Watergasshift reaction:1||synthesis:1||Photocatalyst:1||Aromatics:1||Multiplex qPCR:1||Embedded membranes:1||Adsorption:1||Hydrophobicity:1||H2 separation:1||networks:1||image filter:1||metal nanowire transparent conductive films:1||Cu nanoparticte/graphene composite:1||Carbonyl group:1||Cathode:1||fouling resistance:1||Butane:1||MaxwellStefan diffusivities:1||Xray diffraction:1||twodimensional zeolite:1||Cu cation titration:1||Higher alcohols:1||hydrogenation:1||Ionic liquids:1||multiplex single nucleotide polymorphism genotyping:1||Reductive catalytic fractionation:1||Zeolite synthesis:1||isopropanol:1||Grain boundary structure:1||Propylene/propane separation:1||Composite seeds:1||Metal ion exchanged zeolites:1||OptimalNa plus /H plus coions:1||Methyl group:1||Carbon dioxide:1||Microstructure:1||Aromatization:1||Seed layer optimization:1||mesopores:1||deactivation:1||secondary growth:1||Ru/H beta:1||Hierarchically structured ZSM5:1||Acid site titration:1||Propene/ethene ratio:1||miRNA:1||Seeded or secondary growth:1||Templatefree synthesis:1||Electrocatalyst:1||Membrane electrode assembly:1||ZIF8 membranes:1||indicator kriging:1||Pinene:1||post processing:1||Thermal stability:1||Chevrel Mo6S8:1||3D disordered mesoporous silica:1||Uniform layer formation:1||Polyelectrolyte Layers:1||graphene oxide:1||multilayers:1||Acetaldehyde production:1||exfoliation:1||Monoethanolamine (MEA):1||Bimetallic catalyst:1||Zeolitic imidazolate framework8:1||hybrid zeolite membrane:1||CO 2 permselectivities:1||Levulinic acid:1||Pd nanoparticles:1||Anti humidity:1||Imidazolium derivatives:1||Swelling:1||Gas separation:1||Moimpregnation:1||Plastic pyrolysis:1||Interzeolite transformation:1||Seeded secondary growth:1||Lignin pyrolysis oil:1||Hydrocracking:1||CoMo/H beta:1||H2O/CH3OH separation performance:1||SSZ13 (CHA type) zeolite film:1||Mesoporous:1||Sonogashira coupling reaction:1||Depolymerization:1||Copper impregnation:1||Alcohol photoreforming:1||Olefin:1||1,3,5trimethoxybenzene:1||Allsilica DDR (SiDDR):1||CO2/N2 separation:1||Biomassderived syngas:1||thin objects:1||Zeolitic imidazolate framework:1||rodshape object detection:1||Platelike CHA particles:1||LayerbyLayer Assembly:1||Montmorillonite (MTM) Nanosheet:1||Xylene:1||phase transfer:1||Amyloidbeta:1||Analcime zeolite:1||Furfural:1||Carbon:1||MDA (MEADIPAAMP):1||defectfree membranes:1||CO:1||TON:1||TEOS$hydrolysis:1||KEYWORDS:1||hydrogel microparticles:1||toeholdmediated DNA displacement:1||Biomass:1||Alkyl spacer:1||H 2 O:1||Iridium Ruthenium alloy:1||Thermal and mechanical stability:1||Methanol to hydrocarbons:1||MWW zeolite:1||Hydrocarbon oxidation:1||Adsorption/desorption:1||Waste plastic:1||Catalysts:1||Quaternarized chitosan nanofiber:1||Structuraldirecting:1||Single tube module:1||Membrane deactivation:1||electron microscopy:1||Stacking MFI zeolite:1||Stability:1||Mesopores:1||CO2 permselectivity:1||Diffusion length:1||Zeolite selectivity:1||Biotemplating:1||Gas separations:1||biosensor:1||Methanoltohydrocarbons reaction:1||MCM36:1||Entropy:1||Silicaalumina aerogel:1||Fourier transform:1||Surface treatment:1||RO Membrane:1||reverse osmosis membrane:1||MFI zeolite membranes:1||magnetic nanoparticles:1||Butane isomers:1||high sulfurcompound resistance:1||Cu impregnation:1||Acid catalysis:1||heteroepitaxial growth:1||Multifunctional catalysts:1||Lignocellulose:1||Ethylene adsorption:1||Structuredirecting agent:1||Ionothermal:1||LTA zeolite membrane:1||epichlorohydrin separation:1||Deactivation:1||Metal organic frameworks:1||Cyclic carbonate:1||Microwave heating:1||Light hydrocarbons:1||ITQ2:1||Amyloid beta:1||Hydrogen production and purification:1||Durability:1||Alkene hydrogenation:1||Visible light:1||The lifshitzvan der waals acidbase theory:1||Hydrogel micropost:1||Iron oxide:1||insitu counter diffusion method:1||Guaiacol:1||Layered MWW zeolitesupported Rh catalysts:1||Seeded growth:1||Antipoisoning:1||Natural graphite:1||Lithium nickel cobalt manganese oxide:1||Sulfone:1||Xylene isomers:1||tubeshaped catalyst pellets:1||Natural mordenite zeolite:1||biogas:1||SiO2:1||perovskite:1||DeshmukhMather model:1||hierarchical porous structure:1||MFI type zeolite membranes:1||CO2 utilization:1||Membrane module:1||warfarin:1||Onepot threestep process:1||Isopentadecane:1||pCVD:1||Silica nanoparticle:1||Membranes:1||Microstructural control:1||DFT calculations:1||Catalysis:1||

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