ScholarWorks@SUNGKYUNKWAN UNIVERSITY: LEE, DONG HYUN

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LEE, DONG HYUN (이동현)

Engineering (Chemical Engineering)

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Tel
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Binary solids:7||sub>:7||Fluidized bed:7||/sub>:7||Drying:5||FischerTropsch synthesis:4||3<:4||Layer inversion:4||screen printing:3||Segregation:3||OLED:3||Biomass:3||Fluidized beds:3||Tar:3||Threephase fluidization:3||Pressurized bubble column:3||Dimethyl ether:3||Pyrolysis:3||R<:3||CFD:3||identification:2||Biomassderived syngas:2||Attrition:2||Axial solid holdup:2||Inert circulating fluidized bed:2||Copper surface area:2||Bubble column:2||Fine particle:2||Multiwalled carbon nanotubes:2||FischerTropsch synthesis (FTS):2||PVC:2||Iron ore:2||Iron ores:2||Carbon nanotubes:2||2<:2||Ironbased catalyst:2||Circulating fluidized bed:2||Circulating Fluidized Bed:2||Header:2||Fluidized bed reactor:2||Syngas:2||Magnetite:2||Polymer lightemitting diodes:2||Decay factor:2||Forster energy transfer:2||Kinetics:2||Regime transition:2||Bed expansion and contraction:2||3Dstructured patch:2||Mixing:2||Chemical looping process:2||Catalyst:2||Chlorination:2||Dichloropropanol:2||Activated carbon:2||CNT agglomerates:2||Ecofriendly technology:2||Disentanglement:2||Low surface tension liquid:2||Gas holdup:2||Dynamic gas disengagement (DGD):2||Microbubbles:2||Dishwasher:2||Disposable COVID19 mask:2||Energy:2||Screen printing:2||Angiogenesis:2||Circulation:2||Circulating fluidized bed (CFB):2||Distribution:2||CO2 activation:2||Bio oil:2||CPFD simulation:2||catalyst:2||Magneticfield induction:2||FESEM Field emission scanning electron microscopy:1||FID Flammable ionization detector:1||FTIR:1||Fast pyrolysis:1||Ferrierite zeolite:1||Fine Particle:1||Flash pyrolysis:1||Flow regime transition:1||Fluidization:1||Fluidized Bed:1||Fluidizedbed reactor:1||Forster radius:1||Fourier transform:1||Fragmentation:1||GC Gas chromatography:1||Gas Phase Holdup:1||Gas Suction Rate:1||Gas density:1||Gasperturbed liquid.:1||Gassolid fluidized bed:1||Gasvibro fluidized bed:1||Gasification:1||Geldart C Particle:1||Glycerin Anhydrous HCl:1||Glycerol:1||Grid jet:1||HammersteinWienertype nonlinear process:1||Harmonics:1||Heat transfer coefficient:1||Heterocell type:1||High pressure:1||Highly ordered mesoporous Co3O4:1||Hole transporting material:1||Homogenous regime:1||Horizontal Flow:1||Horizontal pneumatic conveying:1||Humidity:1||Hydrochloric Acid:1||Hydrodynamic characteristics:1||Hydrogen production:1||Incoherent Component:1||Inert Particle:1||Interlayer:1||Intrinsic activity (TOF):1||Inversion velocity:1||Invert Structure:1||Ir(ppy)(3):1||Iron oxide phases:1||Iron precursor:1||Irreducible metal oxide:1||Jatrop:1||Jatropha:1||Jatropha waste:1||Kinetic Model:1||Kinetic energy:1||Kinetic energy rate:1||Lvalve:1||LED light:1||Lightemitting electrochemical cells:1||Liquid fluidization:1||Liquid holdup:1||Loopseal:1||Low lank coal:1||M Medium acidic site:1||MA Methyl acetate:1||MPPIC:1||MWCNT:1||Matrix:1||Mechanical recycling:1||Mesoporous silica:1||Metallurgical silicon:1||Methyl acetate:1||Microbubble:1||Microbubbles:1||Mixing index:1||MoFe/MgO:1||Molybdenum Oxide:1||Multiwalled carbon nanotubes (MWCNTs):1||Multistep reactions:1||NH<:1||NO2 sensing:1||Nanoreplica method:1||Nanodiamond:1||Nanodots:1||O<:1||Opening area ratio:1||Operating variables:1||Optical probe:1||Optimization:1||Ordered mesoporous metal oxides:1||Organic lightemitting diode:1||Organic salt:1||PDMS:1||PID controllers:1||PLEDs:1||PVK:1||PVP:1||Palladium modifier:1||Palm:1||Palm shell waste:1||Particle size distribution:1||Pho:1||Phosphorescence:1||Plastics:1||Polymer Solar Cells:1||Polysilicic Acid:1||Population balance equation (PBE):1||Power Spectral Density (PSD):1||Pressure Fluctuation:1||Pressure fluctuation:1||Pressure gradient variation:1||Pressurised bubble column:1||Process mass balance:1||Productivity:1||Prototype Fe/TiO2:1||Pulse signal:1||Pulsed fluidized bed:1||Purification:1||RT Room temperature:1||Raman spectroscopy:1||Rate Equation:1||Reaction variables:1||Rectangular Chamber:1||Redox cycles by reductionoxidation (CLODH):1||Redox reaction:1||Redox reactions:1||Reduced graphene oxide:1||Reduction condition:1||Reduction temperature:1||Relay feedback:1||Ringopening polymerization:1||Roomtemperature operable:1||S Strong acidic site:1||SPDFER Spraydried FER:1||SRF:1||SV Space velocity:1||Sauter mean diameter:1||Scenedesmus:1||Sealpot:1||Sedimentation method:1||Segregated two catalyst layers:1||Shellandtube Heat Exchanger:1||Shellandtube heat exchanger:1||Shroud nozzle:1||SiO2:1||Sifting effect:1||Silver nanoparticle:1||Single nozzle:1||Skin wound healing:1||Solid Holdup:1||Solid Mass Flux:1||Solid acid catalyst:1||Solid circula:1||Solid mass f:1||Solid mixing:1||Solid refuse fuel:1||Sorangium cellulosion:1||Spatial confinement:1||Steam gasification:1||Stretchable gas sensor:1||Structural promoter:1||Structural stability:1||Sulfonic acid:1||Surface particle detachment ratio:1||Surface tension:1||TCD Thermal conductivity detector:1||TCTA:1||TGA Thermogravimetric analysis:1||TPR Temperature programmed reduction:1||Tapered fluidized bed:1||Ternary particle system:1||Thermal oxidation:1||Three phase fluidization:1||Transition velocity Uc:1||Turbulent:1||Ultimate data:1||Vertical Internal:1||Viscosity:1||W Weak acid site:1||Watergas shift reaction:1||Wide PSD powder:1||Wood Pellet:1||XRD Xray diffraction:1||Zeolite:1||Zinc Oxide:1||ZnO nanorods:1||adiposederived stem cell:1||agglomerates size:1||airwater bubble column:1||alumina:1||angiogenesis:1||angle of repose:1||autotuning:1||bioinspired design:1||carbon black:1||carbon nanotube:1||carbon sources:1||chemical recycling:1||computational fluid dynamics:1||dark spot:1||dehydrochlorination:1||ejector:1||electron microscopy:1||elevated pressure:1||epothilones:1||fluorescence:1||frequency response:1||gas suction:1||homogeneous bubbly regime:1||hopper:1||hydrodynamics:1||hydrogen:1||hydrogenation:1||hydrophobic:1||immiscible solvent:1||local coordination environment:1||mechanical property:1||mechanical recycling:1||mesopores:1||metal patterning:1||methane decomposition:1||moisture readsorption:1||morphology:1||multiphase flow:1||nanostructures:1||nonlinearity:1||numerical analysis:1||organic light emitting diodes:1||organic solar cell:1||organiclightemittingdiode:1||p53MAPK pathway:1||particle normal stress:1||particle size:1||peroxidaselike activity:1||phosphorescence:1||phosphorous:1||photothermal therapy:1||polystyrene:1||population balance equation:1||porosity:1||pressure sensors:1||probe molecule:1||quasibilayer:1||recycle:1||redoxresponsive:1||relay feedback method:1||rubber black:1||scanning electron microscopy:1||scrap:1||selective metal transfer:1||selfreporting hydrogels:1||simulation:1||singleatom nanozymes:1||skin wound healing:1||spheroid:1||spin coating:1||storageCZA, Cu/ZnO/Al<:1||surface area:1||surface morphology:1||test signal:1||tumor catalytic therapy:1||vapour deposition:1||wireless sensors:1||기계적특성:1||스크랩:1||:1||재활용:1||TPD Temperature programmed desorption method with NH<:1||1<:1||1st reaction (DME synthesis):1||2nd reaction (DME carbonylation to MA):1||3rd reaction (MA hydrogenation to ethanol):1||Abbreviation BET BrunauerEmmettTeller:1||Acidi:1||Acidic site:1||Aggregation:1||Airkerosene:1||Airsteam Gasification:1||Al2O3:1||Al2O3 pillaring material:1||Bed collapse:1||Bed collapsing process:1||Bed expansion:1||Bifunction:1||Bifunctional catalyst:1||Binary particles fluidization:1||Bronsted acid site:1||Bubble Diameter:1||Bubble flow characteristics:1||Bubble formation frequency:1||Bubbling Fluidized Beds:1||Bubbling fluidization:1||Bubbling fluidized bed:1||CCUS Carbon capture, utilization, &:1||CNT crystallinity:1||CNT diameter:1||CPFD:1||Calcined Dolomite:1||Cancer cells:1||Carbon capture and utilization:1||Carbon dioxide gasification:1||Carbon nanotube:1||Carbon species:1||Carbon yield:1||Carbonylation of DME:1||Carrier Balance:1||Carrier balance:1||Catalytic methane decomposition:1||Chemical looping (CL) process:1||Chemical recycling:1||Circulating fluidized beds:1||Citric acid:1||CoFeMo/Al2O3 catalyst:1||Coarse Particle:1||Cobalt:1||Cobalt oxides:1||Compact reactor:1||Computational fluid dynamics (CFD):1||Conductive ink:1||Coreshell:1||Cyclone:1||DME Dimethyl ether:1||DNA damage:1||DTG Derivative thermogravimetry:1||Dehydrochlorination:1||Dehydrogenation of ethane:1||Dense phase:1||Dilute phase:1||Distributor:1||Drag force coefficient:1||Dual distribution:1||Efficiency:1||Ejector:1||Empirical correlation:1||Empty Fruit Bunch:1||Entrainment Rate:1||Entrainment Rate Constant:1||Esterification:1||Esterification of methanol, acetic acid:1||Ethanol from syngas:1||FER Ferrierite:1||

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

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