ScholarWorks@Korea University: Kang, Jeong Won

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Kang, Jeong Won (강정원)

College of Engineering (Department of Chemical and Biological Engineering)

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Tel 3305
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Carbon dioxide:5||Solubility:5||Hydrogen storage:3||Carbon Dioxide:3||Water:3||Ionic liquid:3||HFC32:2||Solidliquid equilibrium:2||COSMORS:2||UNIFAC:2||Lithium iron phosphate:2||Sulfur dioxide:2||Electrolytes:2||Iodine:2||Regression analysis:2||hydrogen bonding:2||correlation:2||equation of state:2||Supercritical hydrothermal synthesis:2||Supercritical:2||Inflammation:2||HCFC22:2||Equation of State:2||Consistency test:2||Liquid organic hydrogen carrier:2||Disinfectants:2||hydrocarbons:2||Quality assessment:2||lattice fluid:2||Phase equilibrium:2||heterogeneous catalysis:1||Reaction enthalpy:1||Cooling Crystallization:1||Carbon Capture:1||CO2 hydrate:1||Thermodynamic inhibition:1||CPA equation of state:1||Vaporliquid Equilibrium:1||Fourphase equilibrium:1||Lithium secondary battery:1||nickel:1||Dimethyl carbonate:1||supercritical carbon dioxide:1||statistical analysis method:1||Initial reaction rate:1||Quantum Mechanical Analysis:1||Excess Enthalpy:1||NAlkane:1||The nuclear matrix cleavage:1||biomass:1||levulinic acid:1||dehydrogenation:1||COSMOSAC:1||Graph convolution networks:1||Idiopathic pulmonary fibrosis:1||1:1||Thermodynamics:1||organic hydrogen energy carrier:1||Nitrogen:1||(LOHC):1||Sulfuriodine process:1||Cyanide Anion:1||CO2:1||Carbon dioxide(CO2):1||Absorption:1||Oleic acid:1||Dimethyl ether:1||Hydrate film:1||naproxen:1||esterification:1||Biodiesel:1||Nonrandom Lattice Fluid Equation of State:1||Racemic Naproxen:1||Molecular Dynamics Simulation:1||equations of state:1||liquidliquid equilibrium:1||CuNi alloy:1||onepot conversion:1||Polymerdirected Crystallization:1||Artificial neural network:1||Thermodynamic property estimation:1||Benzalkonium chloride:1||Autophagosome:1||Oil upgrading:1||Dehydrogenation:1||Lattice fluid equation of state:1||Tin Oxide:1||Liquid organic hydrogen carriers:1||Electrolyte equation of state:1||Alkali halide:1||Hydrogen Iodide:1||Cooling Strategy:1||Cascade Melt Crystallizer:1||Alcohol:1||Hydrogen Bonding:1||Threephase equilibrium:1||hydrodechlorination:1||Poly(benzyl methacrylate):1||Mass transfer:1||waste cooking oil:1||Metal nanoparticles:1||Optimization:1||Supercritical fluid condition:1||Candida antarctica Lipase B:1||Isothermal Microcalorimeter:1||molecular simulation:1||1,4pentanediol:1||catalytic hydrogenation:1||Solubility prediction:1||Carboxylic acid:1||Greenhouse gas:1||Cell death:1||Tissue damage:1||hydrogenation:1||Thermodynamic assessment:1||Saltingout Crystallization:1||Succinic Acid:1||Hydratecontaining phase equilibria:1||Solvation:1||Ketone:1||KTUNIFAC:1||Nonrandom lattice fluid equation of state:1||Anodeactive material:1||Solidstate method:1||HFC23:1||Palm kernel oil:1||Carbon Dioxide (CO2):1||Supercritical carbon dioxide:1||PCBs:1||Mitochondria:1||hydrogen spillover:1||Group contribution method:1||Lamellar bodylike structures:1||Acidity reduction:1||Cobalt:1||Highacid crudes:1||Diphenyl ether:1||biphenyl/diphenylmethane:1||Crab Shell:1||Biotemplate:1||Anode:1||Salt solubility:1||Electrodialysis:1||Thermophysical Properties:1||Nonrandom lattice fluid with hydrogen:1||NISTmodified UNIFAC:1||Hydration free energy:1||Vaporliquid equilibria (VLE):1||PengRobinson equation of state (PR EoS):1||Hydrodechlorination:1||Phase behavior:1||Poly(benzyl acrylate):1||Vaporliquid Equilibria (VLE):1||CarnahanStaringDeSantis Equation of State (CSD EoS):1||PengRobinson Equation of State (PR EoS):1||Esters:1||Enantioselectivity:1||Supercritical Carbon Dioxide:1||RedlichKister Equation:1||Sildenafil:1||Granule:1||Spillover:1||SrFeO3delta:1||Machine learning:1||Inhalation:1||Highacid crude:1||Tetrahydrofurfuryl alcohol:1||CO2 mixture:1||Equation of state:1||Carbazole:1||Nuclear hydrogen:1||Thermochemical cycle:1||Hydrogen Production:1||Clathrate hydrate:1||Ionic Liquids:1||Nvinyl2pyrrolidinone:1||Melt Crystallization:1||Sweating:1||Cathodeactive material:1||catalysis:1||Palm oil:1||(S)naproxen ethyl ester:1||Transformer oil:1||vaporliquid equilibrium:1||amines:1||athermal lattice chains:1||hydrogen storage:1||CO2 decomposition:1||Furfural:1||Cyclopentanone:1||Diols:1||sustainable chemistry:1||Hydrates:1||Composites:1||LithiumIon Batteries:1||CO2 capture and storage:1||Supercritical fluid:1||Heat of Regeneration:1||Vaporliquid equilibrium:1||Hydrogen iodide:1||Sulfuriodine cycle:1||Metal oxide:1||HFC152a:1||Candida antartica lipase B:1||Supercritical fluids:1||Group Contribution:1||1Alkanol:1||association:1||Interstitial fibrosis:1||Drug Delivery:1||Hydrogel:1||Alginate:1||Climate change:1||Naphthenic acid:1||6hexanediol:1||Naphthenic acids:1||Solvent screening:1||Acidification:1||Water splitting:1||SI Process:1||boding:1||Dimethyl carbonate ((CH3O)(2)CO):1||Catalysis:1||Association:1||Hydratecontaining equilibrium:1||Cathode active material:1||palladium:1||Equilibrium:1||PengRobinson Equation of State (PREOS):1||CO(2):1||Liquid CO2:1||Mutual Solubility:1||extraction:1||Nanomaterials:1||Lipase activity:1||continuous hydrodechlorination:1||alcohols:1||Lamellar bodies:1||carbazole:1||Polyhexamethylene guanidine:1||Necrosis:1||Ammonia solution:1||Solvent participation:1||Hydrogen shuttling:1||

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