ScholarWorks@Gyeongsang National University: Park, Chi Hoon

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Park, Chi Hoon (박치훈)

공과대학 (에너지공학과)

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Tel 0557723881
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molecular dynamics:10||fuel cell:5||polymeric membranes:4||water electrolysis:4||molecular dynamics (MD):3||mesoscale simulation:3||molecular simulation:3||forcefield:3||water channel:3||Fuel cell:3||phase separation:3||Molecular dynamic simulation:3||ionomer:3||Anion exchange membrane:2||polymer electrolyte membranes:2||Diffusivity:2||fuel cells:2||computer simulation:2||anion exchange membrane:2||Anion exchange membranes:2||Direct ink writing:1||Dispersion:1||Dynamic response:1||Electrode Configuration:1||Emulsion polymerization:1||Enhanced alkaline stability:1||Enhanced conductivity:1||Ensemble empirical mode decomposition:1||Ethyl imidazolium:1||Feature engineering:1||Fuel Cells:1||Fumion:1||Functional group effect:1||Grand Canonical Monte Carlo (GCMC):1||Hydrogen bonding:1||Hydrophilichydrophobic combtype:1||Hydrophobic fluorinated sidechain:1||IEC value:1||Imidazolium Groups:1||Interpenetrating network:1||Ion Exchange Membrane:1||Ion Exchange Nano Particle:1||Ion conducting channel formation:1||LAST sorption:1||Long shortterm memory:1||Low humidifying conditions:1||MWCNT mixed matrix membranes:1||Mesoscale simulation:1||Mesoscale simulations:1||Microbial Fuel Cell (MFC):1||Molecular dynamics (MD):1||Molecular dynamics (MD) simulation:1||Molecular dynamics (Md) simulation:1||Molecular dynamics simulation:1||Molecular dynamics simulations:1||Morphological transformation:1||Morphology:1||Multiblock copolymer:1||Nafion®:1||Nanocomposite elastomer:1||Nanoparticle:1||Nanostructure:1||Natural gas sweetening:1||NonPerfluorinated proton exchange:1||Olefin:1||PBO support:1||PE support:1||PEEK membrane:1||Perfluorinated sulfonic acid (PFSA) ionomer:1||Phase separation:1||Phaseseparation:1||Poly(ether ether ketone):1||Poly(etheretherketone):1||Polydimethylsiloxane:1||Polyethylene:1||Polymer electrolyte membrane fuel cells (PEMFCs):1||Porefilled membrane:1||Proton exchange membrane (PEM):1||Proton exchange membrane fuel cell:1||Proton exchange membrane fuel cell (PEMFC):1||Proton exchange membrane water electrolysis:1||Proton transport:1||Quaternary ammonium:1||SEBS:1||SPAES/SiO2 nanocomposite membrane:1||Silicone:1||SiliconePEG:1||Simulation:1||Simultaneous irradiation grafting:1||Solubility parameters:1||Substrate Decomposition:1||Sulfonated poly(ether ether ketone):1||TRPBO polymer:1||Thermal rearrangement:1||Total heat exchange:1||Triptycene:1||Water Electrolyzers:1||Water channel morphology:1||Water distribution system:1||Water quality:1||alkaline fuel cells:1||amination:1||anion exchange membranes:1||anion exchange polyelectrolyte:1||applications:1||biodegradable polymers:1||blend membrane:1||block copolymers:1||boehmite:1||cells (AEMFCs):1||chain length:1||chloromethylation:1||composite membrane:1||crosslinking:1||density functional theory:1||diffusion:1||diffusivity:1||durability:1||electrospinning:1||electrospun membrane:1||end group effect:1||energy & environment:1||excessive amount of silica:1||excessive water uptake:1||fenton's solution:1||flat sheet membrane:1||gas separation membrane:1||gas separation membranes:1||gas transport:1||gas transport properties:1||green chemistry:1||head groups:1||high free volume:1||hydrocarbon PEMs:1||hydrogen energy:1||hydrogen peroxide decomposition:1||hydrophilic:1||ion and hydrogen transport properties:1||main chain length effect:1||mechanical properties:1||membranes (Pems):1||molecular dynamic simulations:1||molecular dynamics simulation:1||operation condition:1||oxygen barrier property:1||paraffin separation:1||polyhydroxybutyrate:1||polyimide:1||polymer:1||polymer blend membranes:1||polymer degradation:1||polymer electrolyte membrane:1||polymer electrolyte membrane (PEM):1||polymer electrolyte membrane for fuel cell:1||polymer electrolyte membrane fuel cells:1||polymer materials:1||polymer nanocomposites:1||polymer structure:1||polyurethane:1||program:1||proton conductivity:1||proton diffusivity:1||proton exchange membranes:1||proton exchange membranes (PEMs):1||proton transport:1||radiative cooling:1||rheology:1||rigid backbone:1||room humidity condition:1||silk:1||silk fibroin:1||silk powder:1||solubility parameter:1||stack:1||structureproperty relationships:1||sulfonated PEMs:1||sulfonated poly(ether sulfone):1||supportimpregnated membrane:1||viscosity:1||water electrolysis system:1||기질분해:1||미생물연료전지:1||전극구조:1||(Pemfc):1||전산모사:1||3D printing:1||:hydrogen energy:1||ASEBS:1||Additive manufacturing:1||Alkaline fuel cell:1||Ammonium groups:1||Anion Exchange Membrane:1||Anion Exchange Membrane Fuel Cell:1||Anion exchange membrane fuel:1||Asymmetric Composite Membrane:1||Blend membrane:1||Branched Polymer:1||CO2 Separation:1||Chemical stability:1||Compatibility:1||Conducting head groups:1||Conducting highway:1||Conducting mechanism:1||Contamination warning:1||

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