ScholarWorks@Hanyang University ERICA Campus: Hong-Baek, Cho

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Hong-Baek, Cho (조홍백)

ERICA 첨단융합대학 (ERICA 신소재·반도체공학전공)

Research Area: 촉매 및 반응공학, 방열소자, 가스센서, Heterogeneous Catalysis and Reaction Engineering, Thermal Interface Materials, Gas Sensors

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Polymermatrix composites (PMCs):5||Anisotropy:5||Polysiloxane:5||Thermal properties:5||Nanocomposite:4||Electrical properties:3||Nanocomposites:3||Electrical conductivity:3||Gas sensor:3||Thermal conductivity:3||Magnetorheological elastomer:2||SnO2 thin film:2||ROOMTEMPERATURE:2||hexagonalboron nitride:2||Nanotube:2||biphenol hydrogenation:2||spraydry process:2||Composite materials:2||FILMS:2||Microstructure:2||Catalysis:2||Polymerbased composites:2||Polymers:2||nanotubes:2||Electric field:2||H2S sensor:2||permanent magnet:2||Selective Pt doping:2||Magnetic properties:2||Tilted sputtering process:2||polymer nanocomposites:2||electrospinning:2||exchangecoupling effect:2||Hydrogen sulfide:2||DC electric field:1||DIAMOND NANOPARTICLES:1||ELECTRICFIELD:1||EM wave absorber:1||Electrical properties Selfassembly:1||Electrical resistivity:1||Electrochemical techniques:1||Electrospinning:1||Epoxy matrix composites:1||Eutrophication:1||Exfoliated graphene sheets:1||FILLERS:1||Fe/MgO:1||Flexible gripping device:1||Functional composites:1||GRAPHENE:1||GRAPHITE NANOSHEETS:1||Getter:1||Graphene:1||Graphene nanoplatelet:1||Graphene oxide:1||H2S gas sensor:1||HIGHSENSITIVITY:1||Hexagonal boron nitride:1||High porous silica:1||Hybrid composite:1||Hybrid composites:1||Hybrid film:1||Hydrogen:1||Hydrogen Concentration:1||Hydrogen detection:1||Hydrogen generation:1||Hydrogenation of Aniline:1||Impeller Characteristics:1||Insitu functionalization:1||Insulators:1||Layered double hydroxide:1||Lead telluride:1||MGTF:1||Magnesium oxide:1||Magnetic field:1||Magnetodielectric composite:1||Material design:1||Mechanical properties:1||Methanol sensor:1||Microdiamonds:1||Microstructures:1||Multilayer:1||NANOSHEETS:1||Nano particles:1||Nano pulse width electricity:1||Nano silica:1||Nanosecond pulse:1||Nanosecond pulse electric field:1||Nanosecond pulsed electric field:1||Nanostructures:1||Network microstructure:1||Nonmodified boron nitride nanosheets:1||Optical microscopy:1||Orientation:1||Oxides:1||PERFORMANCE:1||POLYMER:1||PVDFGNP composites:1||Particle size effect:1||Pd/C Preparation:1||Pd/C catalyst:1||Pd/C preparation:1||Percolation model:1||Percolation network:1||Permanent magnets:1||Phosphate:1||Photoluminescence spectroscopy:1||Plasmaassisted electrolysis:1||Polyepoxide:1||Polymer particles:1||Polypropylene carbonate:1||Polyvinylidene fluoride:1||Postimpregnation:1||Powder synthesis:1||Preimpregnation:1||Pressing:1||Product Selectivity:1||Ptdecorated graphene:1||Pt/Al2O3 catalyst:1||RATIO:1||Reaction Rate:1||Recovery time:1||Redox reaction:1||Reductiondiffusion process:1||Refractories:1||Reliability:1||Removal:1||Resistivity:1||Response time:1||Rice husk:1||Room temperature:1||SENSING PROPERTIES:1||Samariumcobaltiron:1||Selective Hydrogenation:1||Selective reduction:1||Selfassembly:1||Singlelayer:1||Sm2Co17/FeCo nanocomposite magnets:1||SnO2:1||Sodium Promotion:1||Sodium promotion:1||Soft actuator:1||Spray process:1||Surfactantfree:1||Tshaped structure:1||THERMALCONDUCTIVITY:1||TRANSPORT:1||Taguchi approach:1||Tellurium:1||Thermal diffusivity:1||Thermal interface materials:1||Thermal management material:1||Thermochemical hydrogen sensor:1||Thermochemical water splitting:1||Thermodynamics:1||Thermoelectric property:1||TiO2 nanoparticles:1||Titaniumpalladium:1||Transparent:1||USP:1||Vibration absorbers:1||Xray diffraction (XRD):1||Y2O3:1||ZrCuMo:1||amorphous Ndoped TiO2:1||and fullerenes:1||cafe:1||canning package:1||capacitive pressure sensor:1||catalyst particle size:1||chloride:1||cold pressing:1||composites:1||copolymers:1||coreshell nanomagnet:1||corrosion:1||cracking:1||cracks:1||dielectric layer:1||dielectrophoresis:1||dopamine:1||doublepercolation system:1||electrochemical sensor:1||electroless plating:1||electronic and geometric factors:1||fiber:1||fractal analysis:1||graphene:1||graphene and fullerenes:1||graphenedoped porous silicon:1||hydrogen gas sensor:1||hydrogen oxidation catalyst:1||hydrogen sensor:1||iron alloy:1||isotropic conduction:1||layered double hydroxide:1||magnetic properties:1||metal distribution:1||metaldirect synthesis:1||ntype Bi2Te3:1||nanocomposites:1||nanoparticle synthesis:1||nonenzymatic:1||onepot synthesis:1||oxidation:1||p n heterojunctions:1||ptype silicon:1||photocatalysis:1||plasma enhanced electrolysis:1||polymer nanocomposite:1||powder processing:1||precipitation and deposition:1||quasiisotropic thermal conductivity:1||rGO nanocomposite:1||rareearth magnet:1||recycled waste scraps:1||reductiondiffusion process:1||samarium cobalt:1||selfassembly:1||sensing mechanism:1||shape tuning:1||silicon carbide:1||sodium promoter:1||spring magnet:1||strength:1||tellurium nanowires:1||thermal conductivity:1||thermal percolation:1||thermoelectric gas sensor:1||thin film:1||throughplane thermal conductivity:1||1(4Isobutylphenyl)ethanol:1||visible region photocatalyst:1||4Isobytylacetophenone:1||Anisotropic alignment:1||Anisotropic orientation:1||Anticorrosion:1||BN nanosheet:1||Barium ferrite:1||Bi2Te3:1||Biphenol hydrogenation:1||Boron nitride:1||Boron nitride nanosheets:1||Breakdown voltage:1||C=C and C=O bond:1||CARBONFIBERS:1||COMPOSITE:1||COMPOSITES:1||COMSOL simulation:1||Calciumiron:1||Capacitive gas sensor:1||Carbon black:1||Carbon nanotube:1||Carbon nanotubes and nanofibers:1||Cation exchange reaction:1||Chalcogenide thin film:1||Chalcogenides:1||Chemical vapor deposition (CVD):1||Chemiresistive sensor:1||Coimpregnation:1||Cosputtering:1||Coating:1||Composite film:1||Corrosion:1||CuO:1||Cux(X1,2)O:SnO(2)thin film:1||

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