CAU Scholar's Space: Kim, Jooheon

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Kim, Jooheon (김주헌)

대학원 (지능형에너지산업융합학과)

Research Area: 화학공학, 복합재료, Chemical Engineering, Composite

Tel 02-820-5763
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Thermal conductivity:51||Polymermatrix composites (PMCs):25||Thermoelectric:25||Thermal properties:19||thermal conductivity:19||Oxygen evolution reaction:16||Composites:14||Supercapacitor:12||Surface treatment:10||Mechanical properties:10||Extrusion:7||thermoelectric:7||Oxygen reduction reaction:7||Graphene:7||Porous silicon carbide:6||Supercapacitors:6||surface modification:6||Polymermatrix composites:6||composites:6||thermal properties:6||miscibility:5||Graphene oxide:5||Heterostructure:5||Direct methanol fuel cell:5||Conductive polymer:5||Silicon carbide:4||hydrophilicity:4||lowmeltingpoint alloy:4||Nitrides:4||boron nitride:4||Lignocellulose:4||Znair battery:4||polysulfone:4||SiC:4||Polymer composite:4||Ceramicmatrix composites (CMCs):4||Oxygen vacancy:4||Hybrid filler:4||coalescence:4||Anisotropy:4||Throughplane thermal conductivity:4||Thermal analysis:4||mechanical properties:4||Surface treatments:4||Polyphenylene sulfide:3||polymermatrix composites (PMCs):3||Mechanical property:3||Tin selenide:3||Dielectric constant:3||Poly(3,4ethylenedioxythiophene):3||Electric double layer capacitor:3||Multiwalled carbon nanotube:3||Coating:3||conductive polymer:3||Polyaniline:3||Synergistic effect:3||Mesoporous carbon sphere:3||Activated carbon:3||Digital light processing:3||sheet resistance:3||Nanoneedle:3||silicon carbide:3||interaction energies:3||Reduction:3||Biocomposite:3||dispersion:3||Al2O3:3||Phase change material (PCM):3||Phase change materials:3||Hydrazine hydrate:3||epoxy:3||Silver selenide:3||blends:3||Nitrogen and sulfur codoping:3||PMMA:3||Physical aging:3||polyaniline:3||Coreshell structure:3||fluxing capability:3||polycarbonates:3||wettability:3||Exfoliation:3||Thermal Conductivity:3||Aluminum nitride:3||hard segment:3||surface treatment:2||surface treatments:2||Hybrid electrode materials:2||Boron nitride:2||Hydrazine method:2||Silicon:2||Silicon wafer:2||Hydrothermal:2||Catalytic origin:2||tinbismuth:2||ultrafiltration:2||3D network:2||Aluminum solid electrolyte capacitors:2||Additive manufacturing:2||watersoluble polyurethane:2||graphene:2||graphene oxide:2||A. Polymermatrix composites (PMCs):2||Fe3O4:2||3D printing:2||Oxygen reduction reaction (ORR):2||hybrid filler:2||Latent heat:2||Surface modification:2||PC/SAN blend:2||Tellurium:2||interfacial properties:2||CNT:2||Dispersity:2||3D structure:2||latticefluid theory:2||Flame retardant:2||lower critical solution temperature:2||MXene:2||mechanical property:2||Bifunctional electrocatalyst:2||Percolation threshold:2||membrane performance:2||Thermoelectric generator:2||Thermoelectrics:2||Binary filler:2||Aging:2||Carbon coating:2||multiwalled carbon nanotube:2||Poly(3,4ethylenedioxythiopene)poly(4styrenesulfonate):2||nanosheet:2||Carbon dioxide:2||Gas permeability:2||Carbon fiber:2||Mesopore:2||oxygen evolution reaction:2||Vertical alignment:2||Graphene/MnO2:2||Polyimide:2||Electrical properties:2||Polymer–matrix composites:2||phase separation:2||Polymer composites:2||Metallic tungsten:2||poly(1vinylpyrrolidonecostyrene):2||Polymerbased composite:2||MgCo2O4:2||Alignment:2||Micropore:2||Heat dissipation:2||blend:2||blending:2||Heat management:2||Electrocatalysts:2||polyetherimide:2||polymer blend:2||polymer composite:2||Polyurethane:2||chalcogenide:2||Polyvinylidene fluoride:2||Bismuth sulfide:2||polyurethane:2||polyurethanes:2||compatibility:2||Electromagnetic interference shielding effectiveness:2||Electromagnetic interference shielding efficiency (EMI SE):2||Power generator:2||Naair batteries:2||Bismuth telluride:2||Pseudocapacitance:2||Pyrochlore:2||reverse osmosis:2||Pyrochlore oxide:2||Pyrolysis:2||Electronic coupling effect:2||Redox active electrolyte:2||Reduced graphene oxide:2||Hollow glass microspheres:2||Hollow structure:2||size of dispersed particles:2||Refractive index:2||direct methanol fuel cell:2||Hybrid:2||Nanosheet:2||Nanosheets:2||Nanostructure:2||Nanowire:2||supercapacitors:2||electrical conductivity:2||Nanocomposites:1||Nanoneedle MnO2:1||Nanoneedle manganese oxide:1||Nanoneedles:1||NbFeSb:1||Network foam:1||NiO:1||NiO/Co3O4 nanohybrids:1||Nickel hydroxide nanoparticles:1||Nickel phosphide:1||Nitrogen and phosphorus codoping mesoporous carbon:1||Nitrogendoped catalysts:1||Noise barrier:1||Nonprecious metal catalyst:1||Onepot solvothermal method:1||Optimal Co(OH)(2) Nanowire:1||Orientation:1||Oxidation:1||Oxygen Evolution Reaction:1||Oxygen evolution reaction (OER):1||Oxygen functional group:1||Oxygen functional groups:1||PANI:1||PBO fiber grafting:1||PBS:1||PC/SAN blends:1||PCM:1||PEDOT:PSS:1||PP:1||PU:1||PVAgGO:1||Palladium:1||Particle alignment:1||Particle coating:1||Phase change materials (PCMs):1||Phonon scattering:1||Phosphorus vacancies:1||Plating:1||Poly (ether ether ketone) (PEEK):1||Poly Lactic Acid:1||Poly(3,4ethylenedioxythiophene:1||Poly(3,4ethylenedioxythiophene):poly(styrenesulfonate):1||Poly(phenylene oxide):1||Poly(styrenesulfonate):1||Poly(vinyl alcohol):1||Poly(vinyl alcohol) (PVA):1||Polydiethynylbenzene:1||Polybutylene huccinate:1||Polydopamine coating:1||Polyethylene Glycol:1||Polyisocyanate:1||Polymer Composites:1||Polymer matrix composite:1||Polymer matrix composites (PMCs):1||Polymerbased material:1||Polymerderived ceramic:1||Polymermatrix composite:1||Polymermatrix composite (PMCs):1||Polymermatrix composites (PMCs) 2:1||Polymers:1||Polysiloxane:1||Polyurethanes:1||Porous material:1||Porous materials:1||Porous nanosheets:1||Porous structure:1||Preceramic polymer:1||Precursors: Organic:1||Prussian blue analogues:1||Recycling:1||Redox reaction:1||Reduced graphene oxide aerogel:1||Reducing effect:1||Resin:1||Rheology:1||Ruthenium:1||SAC305:1||SWCNT:1||Scattering:1||Seebeck coefficient:1||Selective distribution:1||Selenium nanowire:1||Si3N4:1||Silane treatment:1||Silica:1||Silver(I) selenide:1||Single parabolic band model:1||Sintering:1||Six coordination between Ce and ethylenediaminetetraacetic acid (EDTA):1||Sliding tests:1||Smart energy:1||Solgel processes:1||Solar energy:1||Solidstateasymmetric supercapacitor:1||Solution polymerization:1||Solvent treatment:1||SrTiO3:1||Strontium titanate:1||Sulfur vacancies:1||Supercapaictor:1||Surface Modification:1||Surface analysis:1||Surface functionalization:1||Surface topography:1||TMPCblockSAN copolymer:1||Te nanorod:1||Tensile strength:1||Tensile stress:1||Ternary composite:1||Ternary composites:1||Thallium ruthenate:1||Thermal applications:1||Thermal insulation:1||Thermal interface materials:1||Thermal management material:1||Thermal resistance material:1||Thermal stability:1||Thermal treatment:1||Thermomechanical property:1||Thermoelectric materials:1||Thermomechanical:1||Thin film:1||Thiophene derivatives:1||Thiophenol:1||Threedimensional networks:1||Tin chalcogenide:1||Tin chalcogenides:1||Tin sulfide:1||Tin(IV) Sulfide:1||Tin(IV) sulfide:1||Transparent electrode:1||Trimetal:1||Tribology:1||UVcuring:1||Ultrasonics:1||Vacancy:1||Vanillinbased curing agent:1||Vat photopolymerization:1||Volume resistivity:1||Volumetric relaxation:1||Water Soluble Polymer:1||Watersoluble polyurethane:1||Znair batteries:1||aluminum nitride:1||anisotropic conductive adhesive:1||anisotropic conductive adhesive (ACA):1||annealing:1||antimony selenide:1||antimony telluride:1||bandgap energy:1||barium stannate:1||benzene:1||biobased thermoplastic:1||birnessitetype MnO2:1||blends of PC and PMMA:1||block copolymers:1||carbon cloth:1||carbon nanotube:1||ceramic matrix composites:1||ceramic particles:1||chargeseparation efficiency:1||cobalt:1||compatibilizer:1||composite:1||composite film:1||composite membrane:1||conducting polymers:1||conductive adhesive:1||contact angle:1||copper nanowire:1||copper selenide:1||copper telluride:1||crystallinity:1||crystallization:1||curing behaviors:1||curing shrinkage:1||dental composite:1||dielectric constant:1||dielectric properties:1||dielectric property:1||differential scanning calorimetry:1||digital light processing:1||dispersity:1||dispersty:1||effect size:1||effective thermal conductivity:1||effectiveness of education:1||electric doublelayer capacitor:1||electrical resistivity:1||electrically:1||electromagnetic interference shielding:1||encapsulant:1||engineering ethics education:1||engineers' responsibility:1||epoxy resin:1||epoxy terminated siloxane:1||ethylenediaminetetraacetic acid (EDTA):1||exfoliation:1||expanded graphite:1||extrusion:1||ferroferric oxide:1||flexible:1||fluorinated polyimide:1||freeze drying:1||fuel cell:1||functionalized graphene:1||gas transport properties:1||gelation:1||graphene and fullerenes:1||graphitic carbon:1||heterointerfaces:1||hexamethylene diisocyanate:1||high specific surface area:1||hollow carbon:1||hollow glass microsphere:1||hybrid composites:1||hybrid electrode materials:1||hydrogen:1||hydrophobic interactions:1||hydrothermal:1||hydrothermal method:1||hydroxylterminated polybutadiene:1||in situ Xray absorption spectroscopy:1||in situ exsolution:1||insitu polymerization:1||interaction energy:1||interaction energy density:1||interconnectivity:1||interfaces:1||interfacial tension:1||intermetallic compounds:1||isotropic conductive adhesive:1||isotropically conductive adhesive (ICA):1||laser activated particle:1||laser direct structuring:1||low melting point alloys (LMPA):1||low methanol permeability:1||lower critical solution temperature (LCST) behavior:1||marine applications:1||matrix:1||mechanical strength:1||membrane characteristics:1||metaanalysis:1||methacrylate copolymers:1||methacrylate polymers:1||methanol permeability:1||micellarenhanced ultrafiltration:1||miscibility of blend:1||miscible blends:1||molecular weight:1||morphology:1||morphology control:1||multiwalled carbon nanotube (MWCNT):1||multilayer:1||multiwalled carbon nanotube:1||multiwalled carbon nanotubes:1||nanocomposite:1||nanosheets:1||nanostructure:1||nanotubes:1||nanowire:1||nitrogendoped carbon:1||nonionic surfactant:1||optical grade clarity:1||optimization:1||oxyhydroxide intermediate:1||oxygen reduction reaction (ORR):1||pNitroaniline:1||paraMethylbenzenesulfonate:1||particle size:1||percolation:1||phase behavior:1||phase change materials (PCMs):1||phenol:1||phonon mean free path:1||phosphorus (P) doping microporous carbon:1||photoanodes:1||physical aging:1||poly(1vinylpyrrolidonecoacrylonitrile) copolymer:1||poly(1vinylpyrrolidonecostyrene) copolymer:1||poly(3,4ethylenedioxythiopene)poly(4styrenesulfonate):1||poly(3,4ethylenedioxythiophene)poly(4styrenesulfonate):1||poly(3,4ethylenedioxythiophene):poly (styrenesulfonate):1||poly(3,4ethylenedioxythiophene):poly(styrenesulfonate):1||poly(butylene succinate):1||poly(ester) urethane:1||poly(ether sulfone):1||poly(lvinylpyrrolidonecostyrene) copolymer:1||poly(maminostyrene):1||poly(manimostyrenecovinyl alcohol):1||poly(phenylene oxide):1||polyethersulfone:1||polylactic acid:1||polymer blends:1||polymer grafting:1||polymermatrix composites:1||polymermatrix composites(PMCs):1||polymeric composites:1||polymethacrylates:1||polystyrene:1||porous structure:1||properties and characterization:1||pseudo capacitance:1||pseudocapacitance:1||pseudocapacitor:1||pyrochlore oxide:1||quad flat package (QFP):1||radial nanowire heterostructure (RNWHS):1||redox deposition:1||redox reaction:1||refractive index:1||reliability:1||resin matrix:1||rheology:1||scratch resistance:1||selectivity:1||selforganized interconnection:1||silica:1||silver selenide:1||sintering:1||six coordination between Co and EDTA.:1||soft segment:1||solderable conductive adhesive:1||solidstate material.:1||solubility:1||solution casting:1||spiro orthocarbonate:1||strontium titanate:1||sub > O 4 <:1||sub > nanohybrids:1||supercapacitor:1||surface structure:1||surfaces:1||thermal interface materials (TIMs):1||thermal interfacematerial (TIM):1||thermal stability:1||thermally conductive composites:1||thermorheological property:1||thermoelectric generator:1||thermoelectric material:1||thermoelectrics:1||thermoplastic polyurethane:1||thin film:1||thin film composite membrane:1||thin films:1||throughplane thermal conductivity:1||tin selenide:1||ultrafiltration membrane:1||ultratiltration membrane:1||water solubility:1||water soluble polymer:1||watersoluble polymers:1||wetting:1||wetting process:1||zeolite imidazole framework:1||zinc:1||건물일체형 태양광발전시스템:1||방위각:1||방음벽:1||전산유체해석:1||.:1||태양에너지:1||1D nanostructure:1||3D Binetwork:1||3D bifunctional catalyst:1||3D foam structure:1||6FDA polyimide:1||6FDA6FpDA:1||6FDAbased polyimide:1||A. Biocomposite:1||A. Throughplane thermal conductivity:1||Acidtreatment:1||Activation:1||Admicellar polymerization:1||Ag:1||Ag2Te nanorod:1||Aggregated boron nitride:1||Aluminum oxide:1||Amorphous:1||Amorphous catalyst:1||Amorphous cobalt and nickel oxides:1||Analytical modelling:1||Anionexchange reaction:1||Antiflaming:1||Antimony trioxide:1||Azimuth angle:1||B. Composite:1||B. Mechanical properties:1||B. Rheological properties:1||B. Surfactant:1||B. Thermomechanical:1||BIPV(Building Integrated Photovoltaic System):1||Bi2Te3 nanowire:1||Bifunctional:1||Bimetal oxides:1||Biocomposites:1||BisGMA alternatives:1||Bismuth oxyselenide:1||Bismuth ruthenate oxide:1||Boron nitride (BN) 1:1||C. Cellulose nanofibers (CNFs):1||C. Thermal conductivity:1||CFD:1||CH:1||CaAlLayered double hydroxide:1||CaCO3:1||Capacitors:1||Carbon black:1||Carbon chain:1||Carbon cloth:1||Carbon nanotube:1||Carbon nanotubues:1||Carobn nanotube:1||Carrier concentration:1||Casimir theory:1||Catalysis:1||Catalyst:1||Cellulose nanofiber:1||Cellulose nanofibers:1||Cellulose nanofibers grafting:1||Ceramicpolymer composite:1||Ceramics:1||Chalcogenide:1||Chalcogenides:1||Chemical bonding:1||Chemical crosslinking:1||Chemical transformation:1||Co 3 <:1||Co singleatom:1||Copolymer:1||CoNi nanoalloy:1||Cobalt Sulfide:1||Coffee husk:1||Compatibility:1||Composite:1||Composite films:1||Composite materials:1||Composite processing:1||Copper nanowire:1||Copper telluride:1||Crystalline metal oxides:1||Crystallization:1||Curing:1||D. Freezecasting:1||D. Nitrides:1||Defectrich carbon:1||Dispersion:1||Doping level:1||Dualdoped:1||E. Casting:1||E. Extrusion:1||E. Thermoplastic resin:1||ECSA:1||EDLC electrode material:1||EMAA:1||Electrical conductivity:1||Electrical insulation:1||ElectroConductivity:1||Electroconductivity:1||Electrocatalyst:1||Electrochemical properties:1||Electrodes:1||Electrondeficient palladium:1||Electronic conductive channel:1||Encapsulated structure:1||Energy Storage:1||Energy harvesting:1||Ensemble effect:1||Epoxy Resin:1||Epoxy resin:1||Ethylenediaminetetraacetic acid (EDTA):1||FML:1||Fabrication process:1||Fatty acids:1||FeOOH:1||Ferroferric oxide:1||Finite element analysis (FEA):1||Fire resistance:1||Fire retardancy:1||Flame retardancy:1||Flameretardant:1||Flexible:1||Fluorinated Polyimide:1||Fluoropolyimide:1||Freebinder:1||Freezecasting:1||Fuel cell:1||GNF:1||Gas transport properties:1||Grapheme/MnO2:1||Graphite oxide:1||Graphitic carbon nitride:1||HalfHeusler:1||Heat conduction:1||Heat treatment 3:1||Heteroatom doping:1||Hexagonal boron nitride:1||Hierarchical porous carbon:1||High specific surface area and octahedral structures through sixcoordinate bonds:1||High specific surface area with six coordination between Co and EDTA:1||High thermal conductivity:1||HighECSA:1||Hybrid composite:1||Hybrid materials:1||Insitu RAMAN spectroscopy:1||Insitu Xray absorption spectroscopy:1||Insitu polymerization:1||Indium tin oxide:1||Innersite crystallization:1||Interface/interphase:1||Interlaminar fracture toughness:1||Iodinetreatment:1||Iron oxides:1||KI:1||LCST:1||LayerbyLayer Structure:1||Layerbylayer structure:1||Layered double hydroxide:1||Lignocelluloses:1||Liquidphase exfoliation:1||Longterm stability:1||MCI:1||MWCNT:1||Magentic properties:1||Magnetic field:1||Magnetic properties:1||Matrix acylation:1||Mechanical Properties:1||Mechanical strength:1||Melt mixing method:1||Melt viscosity:1||Meltextrusion:1||Membrane:1||Membranes:1||Mesoporous carbon spheres:1||Metal organic framework:1||Metal oxide:1||Metal oxide nanoparticles:1||Metalfree electrocatalyst:1||Micro pore structure:1||Microstructures:1||Miscibility:1||MnO2:1||Modeling:1||Modelling:1||Modulating electronic structure:1||MultiWalled Carbon Nanotube (MWCNT):1||Multiwalled carbon nanotubes:1||NaBH4 reduction strategy:1||Nanocellulose:1||

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