ScholarWorks@Korea University: LEE, Jung hyun

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LEE, Jung hyun (이정현)

College of Engineering (Department of Chemical and Biological Engineering)

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Tel 02-3290-3293
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Reverse osmosis:17||Interfacial polymerization:14||Thin film composite membrane:8||Polyamide thin film composite membrane:8||Thin film composite membranes:6||Forward osmosis:6||Polyamide:4||Desalination:4||Biofouling:4||Solvent activation:3||water desalination:3||Nanofiltration:3||reverse osmosis:3||thin film composite membrane:3||Antifouling:3||Sharklet:3||Mixed matrix membranes:3||Polydimethylsiloxane:3||Star polymer:3||Polyethylene:3||Gas separations:3||Polyacrylonitrile:2||Silver nanoparticle:2||Antibacterial property:2||Butanol recovery:2||Polyvinyl alcohol:2||Interfacial adhesion:2||Antibacterial activity:2||layerbylayer assembly:2||molecular layerbylayer:2||metalorganic framework:2||Pervaporation:2||Pervaporation membrane:2||Peel strength:2||Antibiofouling:2||polyamide:2||Molecular layerbylayer:2||Mechanical properties:2||membranes:2||Adsorption:2||Silver nanoparticles:2||Ladderlike polysilsesquioxane:2||Surface immobilization:2||Biomimetic pattern:2||Insitu hybridization:2||Furan:1||Epoxy:1||Thin film nanocomposite membranes:1||Duallayer slot coating:1||structural adhesive:1||Lead sulfide:1||selfcrosslinkable waterborne PU:1||Benzyl alcohol:1||Pressuresensitive adhesive:1||Silicone macroazoinitiator:1||Low surface energy substrate:1||Mixed matrix membrane:1||UVcuring:1||polyethylene battery separator:1||Realtime crosslinking behavior:1||Poly(vinylidene fluoride):1||Nonsolvent induced phase separation:1||Polyethylene support:1||Water treatment:1||Carbon Dioxide:1||Molecular layerbylayer assembly:1||Greenhouse gas separations:1||Sharkskinmimetic:1||hydrogen (H) bond:1||chemical warfare agents:1||Radioactive CO2:1||Dimethyl sulfoxide:1||Flame retardancy:1||Postcombustion carbon capture:1||metalorganic frameworks (MOFs):1||Cr(VI) removal:1||Wall shear stress:1||Poly(urethane acrylate):1||Glutaraldehyde:1||Isosorbidebased dental material:1||Viscosity:1||interfacial polymerization:1||Lithium chloride:1||Interfacial void:1||Salinity gradient power:1||CO2 capture:1||CO2 sequestration:1||Plasticization resistance:1||High flux:1||electrospinning:1||nanofiber support layer:1||Particle immobilization:1||Liion battery:1||pH stability:1||Pattern spacing:1||Biofouling reduction:1||whispering gallery mode:1||bioelastomer:1||polyurethane:1||biomimetic polymer networks:1||thiourea:1||Piperidine:1||Reboiler Heat Duty:1||paraffin:1||Biocide:1||Alkaline earth oxide:1||Glass adsorbent:1||Pressure retarded osmosis:1||pressuresensitive adhesive (PSA):1||Atom transfer radical polymerization:1||Energy:1||epoxy toughening:1||Inverse spinet:1||Pattern flow:1||coreshell:1||fastscreening:1||Crosslinker:1||Greenhouse gas:1||Niferrites:1||methyl paraoxon:1||Water sorption:1||Flexural strength:1||Silicone urethane methacrylate:1||organic solvent nanofiltration:1||Silicone:1||films:1||separation techniques:1||Calcium carbonate:1||Bromination/debromination:1||SNIPS:1||Supportfree interfacial polymerization:1||antifouling:1||thin film composites:1||Piperazine Derivatives:1||Vapor Liquid Equilibrium:1||Substituent effects:1||conversion reaction:1||chlorine resistance:1||Quorum sensing inhibition:1||Thinfilm nanocomposite membranes:1||3D printing:1||Rejection mechanism:1||covalent adaptable networks:1||TEMPOoxidized cellulose nanofiber:1||aerogel composite:1||stabilization:1||optical transparency:1||thermal stability:1||Pressuresensitive adhesive (PSA):1||Silicone urethane dimethacrylate:1||chemical warfare agents (CWAs):1||Adsorbents:1||Wastewater reuse:1||Amino silane:1||Bimetallic sulfide:1||H2O2 cleavage:1||(OH)Ocenter dot:1||Refractory contaminants:1||direct synthesis of H2O2:1||shell control:1||Covalent triazine framework:1||Hard coatings:1||PVDF composites:1||Isosorbide:1||Hybrid materials:1||MFI zeolite:1||Isobutanol:1||Ion exchange membranes:1||Water desalination:1||Block copolymer membrane:1||fouling resistance:1||Colloidal fouling:1||biodegradable polymers:1||detoxification:1||ringopening metathesis polymerization:1||hydrogenation:1||glass transition temperature:1||Functionalization:1||Membrane:1||bimetallic shell:1||mild condition:1||Silsesquioxanes:1||Chitosan doping:1||decomposition:1||Biofilm inhibitor:1||Indentation and scratch:1||Scratch resistance:1||Chemical regeneration:1||Thermal crosslinking:1||CO2 Apparent Absorption Rate:1||3D disordered mesoporous silica:1||nanoparticle:1||graphene oxide:1||Surface modification:1||Vanillin analogue:1||2D material:1||resonators:1||block copolymer:1||Polyamide membrane:1||dynamic covalent bond:1||CO2 Absorption Capacity:1||CO2 Capture:1||polyacrylonitrile:1||olefin:1||Surfactant:1||cyclic olefin polymer:1||CO2 adsorption:1||Thinfilm composite membrane:1||Biomass:1||composite membrane catalyst:1||electrospun nanofiber:1||phenolterminated polyurethane:1||Graphene oxide:1||Hexavalent chromium:1||Thermal resistance:1||CO2 decomposition:1||Polydopamine:1||peelable coating film:1||Inorganicorganic hybrid coatings:1||UV curing:1||Sugarcane bagasse hydrolysate:1||polyamides:1||Arc plasma deposition:1||open pore size:1||Reverse osmosis desalination:1||Freestanding composite membranes:1||Crosslinking:1||cobalt oxide:1||capacity loss:1||Lattice Boltzmann simulation:1||optical absorption:1||Mass Transfer Rate:1||carbon molecular sieve membrane:1||Mineral carbonation:1||betacyclodextrin:1||Ammonia:1||Hierarchically porous carbons:1||loop tack:1||Lowsurfaceenergy substrate:1||porous composite:1||Anaerobic fluidized bed bioreactor:1||carboxylterminated butadiene acrylonitrile copolymer:1||impact wedgepeel test:1||nButanol recovery:1||Composites:1||Climate change:1||Quantum dots:1||Photovoltaics:1||MIL100(Fe):1||Chlorhexidine:1||Amphiphilic block copolymer:1||Triclosan:1||Amine regeneration:1||Lithium ion battery separator:1||PSbP4VP:1||Relative humidity:1||Multilayered coatings:1||Water purification:1||reverse osmosis membrane:1||Vanillin:1||chemical vapor deposition:1||hybrid devices:1||Trace organic compound:1||pyrolysis:1||Phosphorus:1||silicone acrylic block copolymer:1||peel strength:1||Loop tack:1||Cellulose nanocrystal:1||SrFeCo0.5Ox:1||Opencircuit voltage:1||support:1||Ladderlike polysilsesquioxanes:1||Hard coating films:1||The lifshitzvan der waals acidbase theory:1||Enterobacter aerogenes:1||Lignocellulosic biomass:1||Thin film composite:1||6FDADurene:1||nanoscale patterns:1||CO2 Absorption:1||Ladderstructured polysilsesquioxanes:1||Membranes:1||pressureretarded osmosis:1||salt flux:1||nanophotonics:1||Mechanism:1||

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