ScholarWorks@Hongik: Park, YoonKook

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Park, YoonKook (박윤국)

Science & Technology (Biological and Chemical Engineering)

Research Area: 공융용매, 이온성액체, 친환경공정개발, deep eutectic solvents, ionic liquids, environmentally-friendly process development

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Selectivity:5||program outcome:4||VLE:4||Deep Eutectic Solvent:3||Deep eutectic solvent:3||Liquidliquid Equilibrium:3||Carbon Dioxide:3||Phase Equilibrium:2||Phase equilibrium:2||case study:2||Nanocomposite:2||course assessment:2||course outcome:2||courseembedded assessment:2||sucrose aqueous solution:2||curriculum:2||Distribution Coefficient:2||tanktube viscometer:2||evaluation tools for program outcome:2||Sucrose aqueous solution:2||Chemical Lung:2||Newtonian viscosity equation for a tanktube viscometer:2||Tanktube viscometer:2||Epoxy:2||Correlation:2||Carbon dioxide:2||Viscosity:2||noncurriculum:2||Ammonia:2||Ionic liquid:2||program objectives:2||Ionic Liquid:1||Isothermal Microcalorimetry (IMC):1||Ligand free:1||Linear leastsquares method:1||Liquidliquid Equilibria:1||Liquidliquid equilibrium:1||MCM48:1||MUC4:1||MizorokiHeck:1||Montmorillonite:1||NMO:1||Newtonian viscosity equation:1||Newtonian viscosity equation for a hydrostatic head viscometer:1||NonNewtonian fluids:1||NonNewtonian viscosity equation:1||NonNewtonian viscosity equation for a tanktube viscometer:1||O2:1||Osmotic Pressure:1||Oxygen:1||PMF:1||Palladium:1||PengRobinson EOS:1||Platinum:1||Poisoning:1||Polyethylene oxide aqueous solutions:1||Polysiloxane:1||Potassium Superoxide:1||Precious Metal Catalyst:1||Pyranylidenemalononitrile:1||Pyridinylidenemalononitrile:1||Refractive index:1||Rhodium:1||Rice husk ash:1||SBA:1||Second Virial Coefficients:1||Shearthinning fluids:1||Silicone:1||Sonication:1||Specific Interaction:1||Sucrose aqueous solutions:1||Supercritical fluids:1||Superoxide:1||Tellurium Dioxide:1||Toluene:1||Unit Operations Laboratory class:1||VLLE:1||Viscometer:1||Viscosity equation:1||acid hydrolysis:1||alphacellulose:1||ammonium acetate:1||auranofin:1||cancer:1||consistency coefficient:1||ethyl acetoacetate:1||flow behavior index:1||fluid consistency index:1||fluid flow index:1||furfural:1||hydrostatic head viscometer:1||infrared spectroscopy1. 1)액체 같은 밀도 그리고 기체 같은 점도와 확산도를 가지는 초임계 유체의 고유한 특성들은 순수한 액체와 기체의 그것들과 구별되고:1||multicomponent synthesis:1||nHeptane:1||nonNewtonian fluids:1||nonNewtonian viscosity equation:1||nonNewtonian viscosity equation for a hydrostatic head viscometer:1||nonNewtonian viscosity equation for a tanktube viscometer:1||ovarian:1||polyethylene oxide aqueous solution:1||polyethylene oxide aqueous solutions:1||powerlaw model:1||pseudoplastic fluids:1||rheological behavior:1||s syrup:1||semiemperical calculations:1||shearthinning fluids:1||simulated fluid milk:1||skim milk:1||sugar decomposition:1||supercritical carbon dioxide:1||tautomeric equilibrium constant:1||tetrafluoroborate:1||tetrahydrobenzo[b]pyrans:1||whole milk:1||교과목 성취도에 근거한 평가:1||교과목 학습성과:1||또한 그런 연유로 해서 초임계 유체를 이용한 응용분야가 지속적으로 확대되어져 왔다. 이용 가능한 많은 초임계 유체들 중에:1||프로그램 학습성과:1||1Alkyl3methylimidazolium:1||학습성과 평가도구:1||1Alkyl3methylimidazolium Nonafluorobutyl Sulfonate:1||1Alkyl3methylimidazolium Tridecafluorohexyl Sulfonate:1||1benzyl3methylimidazolium:1||1benzylpyridinium:1||5HMF:1||Ab Initio Calculation:1||Akt:1||Amine grafted:1||Binary ionic liquid mixture:1||CO2:1||CO2 adsorption:1||Catalytic Oxidation:1||Closite:1||Cosolvent:1||Density:1||Distribution coefficient:1||Dynamic viscosity:1||Equation of State:1||Excess molar volume:1||Exfoliated:1||FOXO3:1||FloryHuggins Interaction Parameter:1||Fluorophores:1||Fluorous:1||Her2:1||Hershey&apos:1||Hydrophobic:1||Hydroxyapatite:1||Interaction Energy:1||Intercalated:1||

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