ScholarWorks@Hanyang University: Park, Ho Bum

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Park, Ho Bum (박호범)

COLLEGE OF ENGINEERING (DEPARTMENT OF ENERGY ENGINEERING)

Research Area: 고분자공학

Tel 02-2220-2338
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graphene oxide:8||membranes:7||gas separation:7||Desalination:6||Gas separation:6||Graphene oxide:6||membrane:6||Surface modification:4||Reverse osmosis:4||graphene:4||Membranes:4||Copolymer:3||nanocomposite:3||Thinfilm composite membrane:3||Membrane:3||CO2 separation:3||Thermal rearrangement:3||dopamine:2||CO2 capture:2||surface modification:2||Polymer electrolyte membrane:2||electrocatalyst:2||Gas separations:2||Alkali metal chlorides:2||Forward osmosis:2||Polysulfone:2||fuel cell:2||Microporous polymers:2||water treatment:2||Thinfilm composite:2||methanol permeability:2||Dispersion properties:2||proton conductivity:2||Mixed matrix membranes:2||Antiplasticization:2||Ultrafiltration:2||Fuel cell:2||Plasticization:2||CO2/N2 separation:2||Hightemperature polymers:2||Poly(ethylene oxide):2||Nanocomposite:2||Diffusion:2||Fluorosurfactant:2||Olefin/paraffin separation:2||Polydopamine:2||Polyimide:2||H2/CO2 separation:1||H2/CO2separation:1||Hollow fiber:1||Homogeneous and heterogeneous crosslinking:1||Hydrogel:1||Hydrogen peroxide:1||Hydrogen supply:1||Imidazoliumbased ionic salt:1||Improved resistance model:1||Indoor farming:1||Ink:1||Interfacial compatibility:1||Ion rejection:1||Iron:1||KEYWORDS:1||Lithium ion battery:1||Matrimid (R) 5218:1||Membrane characterization:1||Membrane fouling:1||Membrane module:1||Membrane preparation:1||Membranebased gas separation process  olefinparaffin separation:1||Menshutkin reaction:1||Metal impregnation/dissolution:1||Methane:1||Microbial fuel cell:1||Microbiome:1||Microporous membrane:1||Mitigation:1||Mixed matrix membrane:1||Mixedmatrix membrane:1||Modification:1||Monolayer graphene:1||Nanolevel dispersion:1||Nanochannel:1||Nanoparticle:1||Nanopore:1||O2 plasma treatment:1||Occurrence and regulations:1||Organicinorganic nanocomposite:1||PDMS:1||PEM electrolysis:1||PES:1||PTFE membrane:1||PVDF membranes:1||Pdbased membranes:1||Pebax (R):1||Pebax(R) 2533:1||Permeability:1||Permeation:1||Phase inversion technique:1||Physical aging:1||Plateandframe membrane module:1||Poly(dimethylsiloxane):1||Poly(ethyelene glycol):1||Poly(ionic liquid):1||Polyamide:1||Polybenzimidazole:1||Polybenzoxazole:1||Polybenzoxazole membrane:1||Polydimethylsiloxane:1||Polyimides:1||Polymer electrolyte:1||Polymer membranes:1||Polymer nanocomposite:1||Polymer nanocomposites:1||Polypyrrolone:1||Portland cement:1||Pretreatment under basic conditions:1||Propylene/propane separation:1||Protective layer:1||Quartz crystal microbalance:1||ROMP polymer:1||ROMP polymerization:1||Reduction degree:1||Reductive dechlorination:1||Resistive randomaccess memory:1||Resistive switching:1||SMM:1||Salt sorption:1||Scaleup fabrication:1||Silica:1||Silica nanoparticle:1||Silicone nanotube membrane:1||Siloxane polymer membrane application:1||Sodium persulfate:1||Solubility:1||Solubility parameters:1||Solutiondiffusion theory:1||Sorption:1||Sulfonated polymer membrane:1||Supports:1||Surface segregation:1||Surfacemodifying macromolecule:1||Surfactant:1||Thermal annealing:1||Thermally rearranged polymer:1||Thinfilm nanocomposite (TFN):1||Transport properties:1||Triptycene:1||UV crosslinking:1||Vacuum membrane distillation:1||Water permeability:1||Water purification:1||Water/salt selectivity:1||ZIF8:1||affinity interaction:1||ammonia decompositions:1||amylopectin:1||amylose:1||antifouling:1||antifouling Nafion:1||antiplasticization:1||atomically thin graphene membranes:1||bifunctional electrocatalysts:1||biopharmaceutical production:1||bioprocess membrane separation:1||capacitive mixing:1||carbon Nanotubes:1||carbon capture:1||carbon characterization:1||carbon dioxide (CO2):1||carbon dioxide separation:1||carbon molecular sieve:1||carbon nanotubes:1||carbon storage:1||carbonfree hydrogen production:1||catalytic membrane reactor:1||cation separations:1||ceramic:1||chain end groups:1||charged membrane:1||coatings:1||compatibilizer:1||composite Membrane:1||composites:1||compositional engineering:1||crosslinked PEO:1||crosslinked sulfonated polyimide:1||crosslinker size:1||crosslinking:1||defect engineering:1||density functional theory:1||desalination:1||desalination membranes:1||diamine modification:1||dip coating:1||direct air capture (DAC):1||direct methanol fuel cell:1||dispersant:1||disulfonated poly(arylene ether sulfone) copolymers:1||downstream:1||ecofriendly:1||electrospinning:1||fl owelectrode:1||foaming behavior:1||forcefieldbased molecular dynamics:1||free volume:1||free water:1||gas Separation:1||gas barrier:1||gas barrier layer:1||gas crossover:1||gas diffusion barrier:1||gas diffusion mechanism:1||gas separation membranes:1||grapheme:1||graphene and fullerenes:1||graphene oxide membrane:1||graphene oxidebased membranes:1||heterostructure:1||hexagonal boron nitride:1||high entropy alloys:1||highly branched polymer:1||homogeneous coating:1||hydrogel:1||hydrophilic modification:1||hydrophilic polymer coating:1||hydrophobic interaction:1||imidazoliumbased ionene:1||in situ FTIR spectroscopy:1||indoorCO2 management:1||indoorCO2 utilization:1||interfacial polymerization:1||interlockednetwork structure:1||ion exchange interaction:1||ionic liquids:1||iptycene:1||kinetic desorption method:1||layered double hydroxide:1||lithiumoxygen batteries:1||mechanical strength:1||membrane chromatography:1||membrane distillation:1||membranebased CO2 capture:1||metal current collector:1||metal&:1||metalmetalloid:1||metalorganic frameworks:1||microbe:1||microscopic models:1||mircrobial fuel cell:1||mixed matrix membranes:1||molecularsieving nanochannel:1||nano material:1||nanophase separation:1||nanofibrous membrane:1||nanofiltrations:1||nanolaminate structure:1||nanotubes:1||negative emission technology (NET):1||nonionic surfactant:1||noninterlocked structure:1||nonpolymeric materials and composites:1||olefin:1||organic frameworks (MOFs):1||organicinorganic nanocomposite:1||organicinorganic nanocomposite membrane:1||oxygen evolution reaction:1||oxygen radicals:1||oxygen reduction reaction:1||pH resistance:1||packaging:1||paraffin separation:1||percolation behavior:1||percolation threshold:1||physical aging:1||plasma surface treatmen:1||plasmaenhanced atomic layer deposition:1||plasticization:1||poly(1,3dioxolane):1||poly(aryl ether ketone):1||poly(ethylene glycol):1||polybenzoxazole:1||polyethylene glycol diacrylate (PEGDA):1||polyimide:1||polyimides:1||polymer electrolyte membrane:1||polymer membranes:1||polymer nanocomposite:1||polymeric membranes:1||polymers:1||polyurethane:1||polyvinylidene fluoride:1||poreblocking effect:1||porous materials:1||postcombustion:1||proton exchange membrane fuel cells:1||quaternary ammoniumbased polymers:1||redox mediator:1||reduced graphene oxide:1||renewable energy:1||reverse osmosis:1||rigid polymer properties:1||rubbery polymer membrane:1||salinity gradient power:1||salt rejection:1||selectivity:1||separation:1||separator:1||silica:1||silica nanoparticle:1||silica nanoparticles:1||silicon oxide:1||single cell performance:1||solgel:1||spectroelectrochemistry:1||starchbased foam:1||sulfonated poly(arylene ether sulfone):1||sulfonation:1||supported Ru catalysts:1||surface modifications:1||surfaces and interfaces:1||thermal insulation:1||thin film composite membrane:1||thinfilm composite membranes:1||tin oxide:1||tradeoff:1||ultrafiltration:1||ultramicroporosity:1||vanadium redox flow battery:1||virus filter:1||virus removal:1||wastewater treatment:1||water transport:1||#8211:1||wet chemical method:1||1:1||2D materialsbased mixed matrix membranes:1||3dioxolanebased polymer:1||5,10dihydro5,10dimethylphenazine (DMPZ):1||A kinetic model for the competitions:1||Acetylated cellulose ether:1||Anaerobic digestion:1||Antibiotic resistance genes:1||Bipolar resistive switches:1||CO2 concentration:1||CO2 solubility:1||CO2adsorption:1||Carbon black:1||Carbon nanotube:1||Carbon nanotubes:1||Carboxylated polysulfone:1||Cellulose:1||Ceramic membrane:1||Crosslinked polyimide:1||Crosslinked polyimides:1||DNAPL mixtures:1||Diffusivity:1||Direct contact membrane distillation (DCMD):1||Direct methanol fuel cell:1||Disulfonated polysulfone:1||Effective solubility:1||Epitaxially grown graphene:1||Fluoride in soil:1||Fluoride remediation:1||Foldable electrodes:1||Food waste leachate:1||Fouling:1||Fouling resistant modification:1||Free volume:1||Fuel Cells:1||Functionalized membranes:1||GAC:1||Gas diffusivity:1||Gas permeation:1||Gas separation principles in polymer membranes:1||Gas solubility:1||Graphene:1||Graphene grain boundaries:1||Graphene oxide membrane:1||Graphenebased transparent electrode:1||Gutter layer:1||

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