ScholarWorks@Gyeongsang National University: Nam, Sang Yong

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Nam, Sang Yong (남상용)

대학원 (나노신소재융합공학과)

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Tel 0557721657
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poly(vinyl alcohol):14||gas separation:13||pervaporation:13||Fuel cell:13||membrane:12||gas permeability:12||fuel cell:12||proton conductivity:11||MMT:11||intercalation:11||exfoilation:11||anion exchange membrane:10||thermal property:9||hollow fiber:9||Gas separation:9||mechanical property:9||chitosan:8||Membrane:8||Anion exchange membrane:8||polybenzimidazole:7||methanol permeability:7||nanocomposites:7||hollow fiber membrane:7||Liion battery:7||selectivity:6||Polymer electrolyte membrane:6||clay:6||separator:6||Polyimide:6||polysulfone:6||SEBS:5||poly(styrene sulfonic acidcomaleic acid):5||Polybenzimidazole:5||Water electrolysis:5||dehydration:4||TIPS:4||VOCs:4||crosslinking:4||porosity:4||gas separation membrane:4||CO2 separation:4||gas permeation:4||PVDF:4||Composite:4||membranes:4||direct methanol fuel cell:4||Selectivity:4||phase separation:4||polyimide:4||Graphene oxide:4||Mechanical properties:4||cellulose triacetate:4||Permeance:3||composite membrane:3||Polysulfone:3||Gas permeability:3||carbon dioxide:3||molecular dynamics (MD):3||MXenes:3||Silica:3||Reverse osmosis:3||polymeric membranes:3||poly(acrylic acidcomaleic acid):3||Sulfonated poly(arylene ether sulfone):3||polymer electrolyte membrane fuel cell:3||Desalination:3||sulfonated poly(arylene ether sulfone):3||dehumidification:3||Proton exchange membrane fuel cell:3||anion exchange membrane fuel cell:3||Proton conductivity:3||Imidazolium:3||organic solvent nanofiltration:3||permeability:3||molecular simulation:3||Electrospinning:2||total heat exchange membrane:2||morphology:2||vapor permeation:2||Ion Exchange Membrane:2||Anion exchange membranes:2||Polymer electrolyte membranes:2||water:2||water channel:2||aging effect:2||alcohol coagulant:2||nonsolvent induced phase separation:2||water flux:2||Polymer membranes:2||waterethanol mixture:2||alkaline water electrolysis:2||zirconium phosphate:2||Polypropylene:2||Solgel method:2||ASEBS:2||Membrane electrode assembly:2||flat sheet membrane:2||asymmetric membrane:2||Photo polymerization:2||fouling:2||Commingled yarn:2||permeance:2||Chitosan:2||Diffusivity:2||phase diagram:2||phase inversion method:2||bipolar membrane:2||plasticization effect:2||Gas Separation:2||poly(acrylic acidco maleic anhydride):2||Cation exchange:2||Circular economy:2||Porosity:2||poly(ethyleneglycol)diacrylate:2||poly(lactic acid):2||poly(lactic acid)/layered silicate nanocomposite:2||poly(propylene glycol)diacrylate:2||poly(vinylidene fluoride):2||Poly(ether ether ketone):2||Poly(etheretherketone):2||Poly(ethylene glycol):2||polyetherimide:2||Molecular dynamic simulation:2||Hollow fiber membrane:2||Surface treatment:2||polymer electrolyte:2||heat capacity:2||TCP:2||TFPP:2||polymeric crosslinking agent:2||Technoeconomics:2||Proton exchange membrane:2||Poly(lactic acid):2||Thermal crosslinking:2||Poly(phenylene oxide):2||quaternary ammonium:2||Quaternization:2||Blend membrane:2||hydrogen:2||Flame retardant:2||reinforced membrane:2||NBR:2||hydrophilic coating:2||NBRClay hybrid:2||compressed air:2||Electrolytes:2||contact angle:2||Direct methanol fuel cell:2||UF membrane:2||separation:2||Alkaline water electrolysis:2||ionomer:2||ionomerclay hybrid:2||shutdown property:2||PU/PDMS membranes:2||silica:2||crosslinked poly(vinyl alcohol) membranes:2||layered silicate:2||liion battery:2||lipolymer battery:2||Vapor permeation:2||SEBSclay hybrid:2||SPAES:2||SSEBSclay hybrid:2||membrane dryer:2||Nanoparticle:2||Fouling:2||membrane.:2||Alkaline anion exchange membrane fuel cell:2||mesoscale simulation:2||Hybrid adhesive lap joint:1||Hybrid composite:1||Hydrocarbon membrane:1||Hydrogel:1||Hydrogen:1||Hydrogen Crossover:1||Hydrogen crossover:1||Hydrogen production:1||Hydrogen safety:1||Hydrogen separation membrane:1||Hydrophilic:1||Hydrophilic polymer:1||Hydrophilichydrophobic comb:1||Hydrophilichydrophobic combtype:1||Hydrophobic fluorinated sidechain:1||Hydrophobic membrane:1||Hydroxide conductivity:1||Hydroxyl Group:1||IV test:1||IEC:1||IEC value:1||ImPPO:1||Imidazolium Groups:1||Imidazoliumbased ionic salt:1||Impact property:1||Impediment factor:1||Impregnation:1||Impure water:1||In situ membrane fabrication:1||Insitu high temperature Xray diffraction:1||Inorganics:1||Interface:1||Interfacial compatibility:1||Interfacial polymerization:1||Interfacial polymerization (IP):1||Ion Channel Morphology:1||Ion Exchange Hybrid Composite Membrane:1||Ion Exchange Nano Particle:1||Ion Exchange Nanoparticle:1||Ion cluster:1||Ion conducting channel formation:1||Ion conductivity:1||Ion exchange:1||Ion exchange capacity:1||Ion exchange membrane:1||Ion exchange membranes:1||Ion exchange method:1||IonExchange Membrane:1||Ionic conductivity:1||Ionomer:1||Ir(III) Complexes:1||Janus membrane:1||Keyhole:1||Ladderlike polysilsesquioxane:1||Laponite:1||Laser welding:1||Li deposition:1||LiIon Separator:1||Lightweight:1||Lithiumion battery:1||Low humidifying conditions:1||MOR:1||Machine learning:1||Magnetic activated carbon:1||Mathematical modeling:1||Mechanical property:1||Membrane distillation:1||Membrane properties:1||Membrane selectivity:1||Micro/mesoporous carbon:1||MoSe2:1||Module:1||Modules:1||Molecular Packing:1||Molecular dynamics (Md) simulation:1||Molecular modeling:1||Molecular simulation:1||Montmorillonite:1||Morphology:1||MultiLayer:1||Multiblock copolymer:1||NIPS:1||Nanochannel:1||Nanocomposite:1||Nanofiber:1||Nanofibrous web:1||Nanofiltration:1||Neutralization system:1||Nickel sulfide:1||NonPerfluorinated proton exchange:1||Nondestructive method:1||Nondestructive testing:1||Nonsolvent induced phase separation(NIPS):1||Nondestructive testing:1||Nonfullerene:1||Numerical simulation:1||O2 plasma:1||OH ion conductivity:1||OLEDs:1||OTFT:1||Oligoacene:1||Organic Semiconductor:1||Organic Solvent Nanofiltration (OSN) membrane:1||Organic semiconductor:1||Organic solar cells:1||Organic thinfilm transistors:1||Organic/inorganic hybrid materials:1||PBI:1||PBI membrane:1||PBO support:1||PE support:1||PEEK:1||PEEK membrane:1||PEG:1||PEG Additive:1||PEGMA:1||PEMFC:1||PIL/IL composite:1||PIMPI:1||PPS:1||PPS felt:1||PSf:1||PVAKOH hydrogel:1||PVDF (polyvinylidene fluoride):1||PVDF hollow fiber:1||PVP:1||PVdFHFP:1||Partial crosslinking:1||Partial dependency analysis:1||Perfluoroalkylsubstances:1||Permeability:1||Permeabilityselectivity:1||Phase Diagram:1||Phase diagram:1||Phase separation:1||Phase transition:1||Phaseseparation:1||Physicochemical stability:1||Pigment:1||Piperidinium:1||Plasticization:1||Poly (acrylic acid):1||Poly (vinyl alcohol):1||Poly(dibenzylated benzimidazolium) hydroxide:1||Poly(ethylene glycol)imidazolium:1||Poly(ethylene oxide):1||Poly(imide siloxane):1||Poly(ionic liquid):1||Poly(octathiophene)Based Copolymer:1||Poly(styrenebethylenecobutylenebstyrene):1||Poly(styreneethylenecobutylenestyrene):1||Poly(vinyl alcohol):1||Polyacrylonitrile sulfonated poly(arylene ether sulfone):1||Polyamide:1||Polydimethylsiloxane:1||Polyetheretherketone:1||Polyetherimide(PEI):1||Polyethylene Glycol:1||Polyethylene glycol:1||Polyethylene terephthalate:1||Polyethylene terephthalate(PET):1||Polyethyleneimine:1||Polyhedral oligomeric:1||Polyhedral oligomeric silsesquioxane:1||Polyimides:1||Polyionic liquid:1||Polymer blend:1||Polymer composite:1||Polymer electrolyte membrane fuel cell:1||Polymer electrolyte membrane fuel cells:1||Polymer electrolyte membrane fuel cells (PEMFCs):1||Polymer electrolyte membrane water electrolysis:1||Polymer membrane:1||Polymer structure:1||Polymermatrix composites (PMCs):1||Polypropylene filament:1||Polysalfune:1||Polythiophene:1||Polyurethane:1||Polyurethane topcoat:1||Polyvinylidene Fluoride:1||Polyvinylidene fluoride (PVDF):1||Pore filling:1||Pore structure regulation:1||Porefilling method quaternary ammonium:1||Potassium ion:1||Preferred Dipole Orientation:1||Pressure decay method:1||Pressureless sintering:1||Processing cost:1||Proton Conductivity:1||Proton Exchange Membrane:1||Pulsed laser irradiation:1||Pyridopyrazine substituents:1||Pyrolysis:1||Quaternary ammonium:1||Reaction mechanisms:1||Recovery:1||Recycling:1||Reinforced adhesives:1||Renewable energy:1||Resource recovery:1||Resources:1||Reverse Osmosis:1||Rietveld refinement:1||Room temperature sodiumsulfur batteries:1||Roomtemperature sodiumsulfur batteries:1||SDGs:1||SMMPVDFPervaporationSurface modificationMembranes:1||Salt rejection:1||Scale up:1||Scalingup issues:1||Screen printing:1||Secondary phase:1||Selfassembly method:1||Selfhealing:1||Selfwetted electrolyte:1||Sensing:1||Separation:1||Separator:1||Silane compound:1||Silane coupling agent:1||Silicon anode:1||SiliconePEG:1||Silsesquioxanes:1||Sodium alginate:1||SolGel Method:1||Solid acid:1||Solid alkaline membrane fuel cell:1||Solute Rejection:1||Solution Process:1||Solution flow rate:1||Solution process:1||Spherical Cluster Model:1||Stretching Method:1||Structure modification:1||Submerged membrane module:1||Sulfonated Poly(arylene ether sulfone):1||Sulfonated Silica:1||Sulfonated poly(ether ether ketone):1||Sulfonated polymer:1||Sulfonation:1||Sulfonation degree:1||Sulfonic acid:1||Surface modifications:1||Suspension Polymerization:1||TEOS:1||Tetraethylammonium hydroxide:1||Tetraphenyl silicon core:1||Thermal conductivity:1||Thermal evolution:1||Thermal induced phase separation:1||Thermal shock resistance:1||Thermally induced phase separation:1||Thermally induced phase separation (TIPS):1||Thermoplastic composite:1||Thermoplastic composites:1||Thin film nanocomposite:1||Total heat exchange:1||Tracking:1||Triboelectricity effect:1||Trimethylsilyl Pyridine:1||UVpolymerization:1||Ultrarobust membrane:1||Ultrafiltration:1||Ultrafiltration Membrane:1||VOCs separation:1||Vaporization:1||Virus Rejection:1||Warm White OLEDs:1||Waste coffee grounds:1||Water Electrolysis:1||Water Treat:1||Water Treatment System:1||Water channel morphology:1||Water industries:1||Water insolubility:1||Water permeation properties:1||Water splitting:1||Wetting front:1||Zeta Potential:1||ZrO2:1||acceptor doped SnP2O7:1||acidamphiphilic blend membrane:1||additive manufacturing:1||adhension:1||alginate:1||alkaline fuel cells:1||alkaline stability:1||amination:1||anhydride:1||anion exchange membranes:1||anion exchange porefilled membrane:1||annealing:1||antimony sulfide:1||artificial synapses:1||battery:1||benzene:1||biodegradable polymers:1||biogas:1||biopolymer:1||blend:1||blended anion exchange membrane:1||blends:1||block copolymers:1||bluecolored poly(styrenecoacrylic acid) latices:1||bovine serum albumin (BSA):1||bromination:1||carbon bridge:1||carbon monoxide:1||carbon nanotubes:1||cartridge filter:1||catalyst:1||cation exchange membrane:1||cell test:1||cells (AEMFCs):1||centrifugal force porefilling method:1||chain length:1||chemical cleaning:1||chemical crosslinking:1||chemical enhanced backwashing:1||chemical etching:1||chemical imidazation:1||chemical resistance:1||chloromethylation:1||cloud point:1||coatings:1||cold spray:1||commercial membrane:1||composite materials:1||composites:1||concentration ratio:1||conductivity:1||congo red:1||coulombic efficiency:1||counter electrode:1||crosslink:1||crosslinked membrane:1||crosslinking:1||crosslinked PEO:1||crosslinked poly(vinyl alcohol) mem branes:1||crystalline temperature:1||cyclohexane:1||decarboxylationinduced crosslinking:1||density functional theory:1||depth filter:1||desalination:1||desalting:1||design of materials:1||diaphragm membrane:1||diffusivity:1||diketopyrrolopyrrolebased polymer:1||dimethylether:1||direct fluorination:1||direct methanol fuel cell . cation exchange membrane . sulfonation polysulfone . methanol permeability . ion conductivity:1||direct methanol fuel cell.:1||direct methanol fuel cells (DMFCs):1||drug release:1||dye processing:1||dyesensitized solar cells (DSSC):1||dynamic vapor sorption:1||elastomers:1||electrodialysis:1||electrohydrodynamic jet printing:1||electrokinetic potential:1||electrolyte membrane:1||electrophoretic mobility:1||electrospinning:1||electrospun membrane:1||energy & environment:1||energy technology application:1||energysaving:1||engineering plastics:1||epoxy group:1||ethanol:1||ethanol permeance:1||ethanol recovery:1||flower type crosssection:1||fluorinated polymer:1||formation processes:1||free water:1||fuel cell test:1||fuel permeability:1||functionalized silica:1||gas barrier property:1||gas permeance:1||gas separation membranes:1||gas tungsten arc welding:1||glassy polymer:1||glutaldehyde (GA):1||graphene:1||graphene oxide:1||graphene oxides:1||graphene reinforced aluminum matrix composites:1||graphitization:1||green chemistry:1||grotthus mechanism:1||half cell:1||head groups:1||heat shrinkage:1||heat shrinkage攀†주저자(email：walden@gnu.ac.kr)攀攀:1||heataffected zone:1||heterojunction membrane:1||heterostructure:1||high performance materials:1||high permeance:1||high temperature polymer electrolyte membrane fuel cell:1||highentropy alloy:1||hollow fiber membrane module:1||hollow fiber support:1||hybrid:1||hybrid membranes:1||hydoxy polyimide:1||hydrocarbon PEMs:1||hydrocarbon polymer:1||hydrogel:1||hydrolytic degradation:1||hydrophilic:1||hydrophilic additive:1||hydrophilic polymer:1||hydrophilicity:1||hydroxy polyimide:1||imidazoliumbased ionene:1||inorganic composite membrane:1||interfacial polymerization:1||ion exchange membrane:1||ion exchange method:1||ionexchange membranes:1||ionic polymer:1||ionomeric membranes:1||isophthalaldehyde bisulfite adduct:1||kaolin:1||laponite:1||laserinduced graphene:1||liquid filter:1||lithiation kinetics:1||lithium ion battery:1||logic gates:1||loose reverse osmosis:1||low permeability of vanadium ion:1||mphenylenediamine:1||melt spinning:1||membrane contactor:1||membrane porosity:1||membrane selectivity:1||membranes (Pems):1||memory window engineering:1||memristors:1||metal ion:1||metals and alloys:1||methane:1||microfiltration membrane:1||modified graphene:1||modified montmorillonite:1||molecular dynamics simulation:1||nanocomposite:1||nanocomposite membrane:1||nanofiber:1||nanofiltration:1||nanofiltration membrane:1||nonsolventinduced phase separation:1||nylon membrane:1||oilwater separation:1||open circuit voltage:1||operational stability:1||optical switching:1||organic:1||organic fieldeffect transistors:1||organic fieldeffecttransistor:1||organic particle:1||organic solvent resistance:1||organic/inorganic composite membrane:1||organoclay:1||ozone:1||packaging:1||painting process:1||particle size distribution:1||percolation threshold:1||perfluorinated polymer:1||perfluorinated sulfonic acid ionomer:1||pertraction:1||petrochemical:1||petroleum separation:1||phase inversion:1||phaseseparation:1||poly (dimethylsiloxane):1||poly (ether imide):1||poly vinylidene fluoride (PVDF):1||poly(Nisopropylacrylamide):1||poly(acrylic acid):1||poly(dimethylsiloxane):1||poly(ethylene glycol):1||poly(ethylene oxide):1||poly(phenylene oxide):1||poly(vinylidenefluoride):1||poly(vinylidenefluoridehexafluoropropylene):1||polyamide:1||polybezimidazole:1||polyethylene:1||polyhydroxybutyrate:1||polyimides:1||polymer blends:1||polymer degradation:1||polymer electrolyte membrane:1||polymer electrolyte membrane (PEM):1||polymer electrolyte membrane fuel cells (PEMFCs):1||polymer membranes:1||polymer metallization:1||polymeric dielectrics:1||polytetrafluoroethylene binder:1||pore size:1||porefilled ionexchange membranes:1||porous membrane diaphragm:1||porous structure:1||postweld heat treatment:1||printed electronics:1||proton exchange membrane:1||proton exchange membrane (PEM):1||proton exchange membranes:1||proton exchange membranes (PEMs):1||radiative cooling:1||recovery:1||recovery efficiency:1||recrystallisation:1||redox flow battery:1||rejection test:1||resistive switchings:1||reverse osmosis:1||reverse osmosis membrane:1||room humidity condition:1||rubbery polymer:1||salt rejection:1||seawater:1||sedimental filter:1||seeded emulsion polymerization:1||selectivit:1||selfassembly coating:1||selfhumidifying membrane:1||separation factor:1||separation membrane:1||separation techniques:1||separation攀†주저자(email：walden@gnu.ac.kr)攀攀:1||silane oligomer:1||silicaphosphate:1||silk powder:1||smart membrane:1||solgel:1||solgel method:1||solid acid:1||solid alkalime membrane fuel cell:1||solvent permeance:1||solvent polymerization:1||spiketimingdependent plasticity:1||stimulisensitive polymers:1||stretching method:1||sulfonated PEMs:1||sulfonated hydrocarbon polymer:1||sulfonated poly(arylene ether benzimidazole):1||sulfonation:1||sulfonic acid:1||supportimpregnated membrane:1||surface coating:1||surface modification:1||surface modifying macromolecules (SMM):1||surface properties:1||surface roughness:1||suspension polymerization:1||swelling:1||synaptic application:1||synthesis and processing techniques:1||tetraethylorthosilicate:1||thermal conductivity:1||thermal crosslinking:1||thermal resistance polymer:1||thermodynamic modeling:1||thermoresponsive polymer:1||thickness:1||thin film composite:1||uniform dispersion:1||vanadium flow battery:1||vapor permeation攀†주저자(email：jwrhim@hnu.kr)攀攀:1||vapor transport deposition:1||vermiculite:1||viscosity:1||viscosity.:1||water dissociation:1||water dissociation catalysts:1||water electrolysis:1||water filtration:1||water treatment:1||water vapor transmission rate(WVTR):1||wettability:1||zeta potential:1||zetapotential:1||zonyl BAL:1||γray irradiation:1||고분자 전해질 막:1||몽모릴로나이트:1||실란커플링제:1||이온교환법:1||&nbsp:1||직접메탄올 연료전지:1||(Pemfc):1||2,2Bis(trifluoromethyl) benzidine:1||2D nanomaterials:1||3(trihydroxysilyl)1propanesulfonic acid:1||3D printing:1||6FDApMDADAM polyimide:1||AEMWE Performance:1||Adhesion durability:1||Ag nanoparticle:1||Aircraft:1||Alkaline anion exchange membrane:1||Alkaline anion exchange membranes:1||Alkaline stability:1||Alkaline treatment:1||Alkyl spacer groups:1||Aluminum composites:1||Aluminum nitride:1||Amidationinduced crosslinking:1||Ammonium groups:1||Anion Exchange Membrane Fuel Cell:1||Anion exchange:1||Anion exchange composite membrane:1||Anion exchange membrane (AEM):1||Anion exchange membrane fuel:1||Annealing:1||Anthracene core:1||Antifouling:1||Antiicing:1||Antiwetting:1||Artificial intelligence (AI):1||Arylether free polymer backbone:1||Asymmetric Composite Membrane:1||Asymmetric Structure:1||BaTiO3:1||Bacteria Rejection:1||Barium titanate:1||Barrier:1||Biocompatibility:1||Biodegradable polymer:1||Bioenergy:1||Bipolar Membrane:1||Bonding layer:1||Breathable oxygen:1||Brine:1||CO2:1||CO2 Gas Separation:1||CO2 Separation:1||CO2 Solubility:1||CO2 solubility:1||CO2solubility:1||CTA:1||Carbon dioxide:1||Carbon fiber:1||Carbon molecular sieve membrane:1||Carbonsilica membrane:1||Carclo bis(phenyl)fluorene moiety:1||Cardo Group:1||Cathode:1||Cation modulation:1||Cement:1||Ceramic fiber:1||Charge:1||Chemical imidazation:1||Chemical resistance:1||Chemical stability:1||Chlorineresistance:1||Clay:1||Clay hybrid:1||Coagulation content:1||Colorant:1||Colored Polymer Particles:1||Colored composite:1||Commercial AEM:1||Compatibility:1||Composites:1||Conducting mechanism:1||Conductivity:1||Continuous glass fiber:1||Copolymer:1||Cost effectiveness:1||Crosslinked PBI:1||Crosslinked hydrogels:1||Crosslinking:1||Crosslinked network:1||Crosslinked polyimide:1||Crosslinking:1||Crossover:1||Cytotoxicity:1||DBP:1||DMFC:1||Damage mechanics:1||Dark fermentation:1||Decal transfer method:1||Density functional theory:1||Diamine:1||Diaphragm:1||Dibutyl Phthalate:1||Diluent:1||Dilution:1||Dioctyl Phthalate:1||Diphenylketone:1||Direct air capture:1||Direct methanol fuel cell(DMFC):1||Dissimilar bonding:1||Dissimilar joints:1||Dye:1||Dye rejection:1||EAA:1||Economic modeling:1||Edge protective film:1||Electro spinning:1||ElectroPhoretic Displays:1||Electrochemical impedance spectroscopy:1||Electrochemical performance:1||Electrode binder:1||Electrolysis:1||Electron acceptor:1||Electron affinity:1||Electrontransporting materials:1||Electrospining:1||Emulsion polymerization:1||Energy recovery:1||Energy storage:1||Enhanced conductivity:1||Environmental sustainability:1||Ethyl imidazolium:1||FTIR spectroscopy:1||Fast charge kinetics:1||Fender:1||Fiber reinforced polymer:1||Fiberreinforced polymer:1||Flower membrane:1||Fluoropolymer:1||Fog collector:1||Forward Osmosis:1||Free volume:1||Fuel cells:1||Fullerene:1||Fumion:1||Functional group effect:1||Functionalization:1||Functionalized PWA:1||Future mobility:1||Gas Selectivity:1||Gas Separation Membrane:1||Gas Transport Properties:1||Gas separation membrane:1||Glass fiber:1||Glass transition temperature:1||Graft Copolymer:1||Graphite anode:1||Graphite paper sensor:1||Green Hydrogen:1||Green hydrogen:1||HVAC system:1||HVAC systems:1||Halloysite nanotube:1||Hardening:1||Heterogeneous:1||Hierarchical:1||Hierarchical pores:1||High temperature gas separation:1||HighMn steel:1||Hole blocking material:1||Hole mobility:1||Hollow Fiber Membrane:1||Hollow fiber:1||Homogeneous:1||Homogeneous and heterogeneous crosslinking:1||

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