ScholarWorks@Hanyang University ERICA Campus: CHOA, YONG HO

Detailed Information

CHOA, YONG HO (좌용호)

ERICA 공학대학 (DEPARTMENT OF MATERIALS SCIENCE AND CHEMICAL ENGINEERING)

Research Area

Tel 031-400-5650
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Electrospinning:23||Microstructure:10||Nanofiber:9||Mechanical properties:9||Nanocomposites:8||Magnetic properties:7||mechanical properties:7||Carbon nanotubes:7||Nanocomposite:7||Galvanic displacement:6||electrospinning:6||nanocomposite:6||nanocomposites:5||magnetite:5||Photoluminescence:5||FILMS:5||Tellurium:5||THINFILMS:5||Gas sensor:5||Dispersion stability:5||superparamagnetic:5||nanoparticle:5||Nanopowder:4||Anode:4||FABRICATION:4||permanent magnet:4||CdSe:4||NANOSTRUCTURES:4||magnetization:4||Nanotube:4||microstructure:3||PVP:3||ionic conductivity:3||Electrical conductivity:3||Water and wastewater treatment:3||Electrical property:3||Layered double hydroxide:3||Hexaferrite:3||magnetic properties:3||alumina:3||NANOWIRES:3||DEVICES:3||nanotubes:3||Polymermatrix composites (PMCs):3||SnO2:3||Polysiloxane:3||Nanoparticle synthesis:3||Electroless deposition:3||Spray Pyrolysis:3||Dispersion Stability:3||polymer:3||Magnetic particle:3||Nanotechnology:3||Nanowire:3||Nanowires:3||NdFeB:3||Quantum Dot:3||Surface modification:3||Functionalization:3||Magnetite:3||ROOMTEMPERATURE:3||Nickel:3||COMPOSITES:3||GROWTH:3||Hyperthermia:3||Copper:3||solgel:3||surface modification:3||galvanic displacement reaction:3||Thermoelectrics:3||Oxidation:3||TiO2:3||Inkjet printing:3||Tin oxide:3||PERFORMANCE:3||noise suppression:2||Calcination:2||MRI (Magnetic Resonance Imaging) Contrast Agents:2||carbon nanotubes:2||Al2O3/Cu nanocomposites:2||Getter:2||Sn:2||USP:2||oxygen separation:2||Polymers:2||glutathione:2||InkJet Printing:2||Highselective electrochemical sensor:2||Densification:2||Solgel process:2||Conductive Ink:2||lowk:2||gold:2||Solution Process:2||Composite:2||Solvothermal:2||composites:2||Liposome Complexes:2||Powder synthesis:2||γFe2O3 nanoparticles:2||Atmosphericpressure plasma:2||platinum:2||Inkjet printing:2||graphene:2||thin film:2||polymer nanocomposites:2||Nanostructures:2||Protein immobilization:2||powder processing:2||power loss:2||hydrogen:2||Permanent magnet:2||8YSZAl2O3:2||TiO2 nanoparticles:2||trench pattern:2||purification of biomolecules:2||TiO2Fe2O3 nanopowders:2||ELECTRICALCONDUCTIVITY:2||Magnetic photocatalyst:2||rareearth lean magnet:2||Lead telluride:2||ultrasonic spray pyrolysis:2||Fe3O4 nanoparticles:2||heat treatment:2||response time:2||Hydrogen reduction:2||electrical property:2||THERMOPOWER:2||Electrical properties:2||hexagonalboron nitride:2||Magnetite nanoparticles:2||DEPOSITION:2||MicroReactor:2||Chemiresistor:2||Fe/MgO:2||Chitosan:2||FeNi dispersion particle:2||ELECTRODEPOSITION:2||Nonenzymatic glucose sensor:2||Electric field:2||exchangecoupling effect:2||La0.6Sr0.4CoO3delta:2||sizedependent coercivity:2||Iron pentacarbonyl:2||Advanced oxidation processes (AOPs):2||hydroxyapatite:2||Reductiondiffusion process:2||spark plasma sintering:2||Dyesensitized solar cells:2||Ultrasonic spray pyrolysis:2||spraydry process:2||Galvanic displacement reaction:2||Thermal properties:2||Gas atomization:2||Thermochemical hydrogen sensor:2||SPR:2||DDS (Drug Delivery System):2||Optical Properties:2||Gas filter:2||Eu:2||Band gap energy:2||zetapotential:2||Photocatalytic activity:2||Electrochemical deposition:2||NANOTUBES:2||alkaline bath:2||Thermoelectric materials:2||Photocatalysis:2||NANOWIRE BUILDINGBLOCKS:2||thermal CVD:2||microstrip line:2||gap fill:2||Composite materials:2||anode:2||Lowpressure ultrasonic spraying:2||anodic aluminum oxide (AAO):2||Plasma sintering:2||Silver:2||Plasmaassisted electrolysis:2||Lowtemperature phase transformation:2||Ferrimagnetism:2||materials recognition:2||magnetite nanoparticles:2||ZnSe:2||Chalcogenides:2||nanofibers:2||Electrochemical process:2||DMF:2||Singlewalled carbon nanotube:2||bottomup approach:2||Phase transformation:2||Bismuth telluride:2||Perovskite structure:2||nanostructured materials:2||nanostructures:2||gas sensor:2||Sintering temperature:2||Nanofibers:2||GOLD NANORODS:1||GRAPHITE OXIDE:1||GROWTHMECHANISM:1||GaN:1||Gadoliniumdoped ceria:1||Gas getter:1||Glutathione:1||Gold nanoparticles:1||Grain boundary conductivity:1||Graphene:1||Graphene nanoplatelet:1||Growth mechanism:1||H2S gas sensor:1||H2S sensor:1||HANSEN SOLUBILITY PARAMETERS:1||HIGHASPECTRATIO:1||HIGHSENSITIVITY:1||HYDROXIDE:1||Hard magnets:1||Hardness:1||Heat Treatment:1||Heat treatment:1||Heavy metals:1||Heterocoagulation Battery:1||Heterojunction:1||Hexagonal boron nitride:1||Hexane:1||High Coercivity:1||High Emitter:1||High Energy MechanoChemical Technique:1||High Frequency Electromagnetic Wave Absorption:1||High coercivity:1||High frequency induction heated sintering (HFIHS):1||High frequency induction heating:1||Highentropy alloy:1||Hot deformation:1||Hybrid film:1||Hybrid nanocomposite:1||Hybrid nanostructures:1||Hydrazine vapor:1||Hydrogen:1||Hydrogen adsorption:1||Hydrogen generation:1||Hydrogen sensor:1||Hydrogen sulfide:1||Hydrovoltaics:1||Hydroxyapatite:1||IIVI semiconductors:1||INDIUMTINOXIDE:1||INTERFACIAL TENSIONS:1||IONBEAM:1||ITO NANOPARTICLES:1||Insitu functionalization:1||Insitu reduction/sintering:1||Indentation mark:1||Indium tin oxide:1||Infiltration:1||Inorganic glucose sensor:1||Inorganic/organic nanocomposite:1||Insulated layer:1||Interfaces:1||Interfacial adhesion:1||Intermediate Phases of FeAl3O 4 and Fe3Ti3O10:1||Iridium oxide:1||Kband frequency:1||Kirkendall Effect:1||Lascorbic acid:1||LEADTELLURIDE:1||LTCC:1||LaGaO3:1||LaPO4 nanoparticles:1||Labelfree biosensor:1||Lanthanummodified leadtitanate:1||Large Negative Reaction Heat:1||Laser Flash Method:1||Lithium Ion Battery:1||Lithium ion secondary battery:1||Localized surface plasmon resonance:1||Longterm stability:1||Low sintering temperature:1||Lowk:1||Luminescence:1||Lysozyme:1||MEMORY:1||MERIT:1||MICROCUBES:1||MWNT/SnO₂nanocomposite battery:1||Magnetic align:1||Magnetic array:1||Magnetic composite sheet:1||Magnetic domains:1||Magnetic field:1||Magnetic force microscopy:1||Magnetic materials:1||Magnetic property:1||Magnetic resonance:1||Magnetite nanoparticle:1||Magnetization:1||Magnetodielectric composite:1||Magnets:1||Material design:1||Mechanical Alloying:1||Mechanical property:1||Mechano chemical process:1||Mechanochemical process:1||Mechanochemical synthesis:1||Mercury porosimetry:1||Metal Nanoparticles:1||Metal membrane:1||Metalmetal Oxide Nanocomposite:1||Metallic alloy nanoparticle:1||Metallothermic reduction:1||Methane conversion:1||Methanol sensor:1||MgO:1||MgO protective layer:1||Microcrack:1||Microfluidic device:1||Microspheres:1||Microstrip line:1||Microstructure, thermogravimetric analysis:1||Microtubes:1||Microwires:1||Milling Time:1||Mixed surfactant system:1||Moisture Adsorption:1||Moisture barrier:1||Molten carbonate electrolysis cell performance:1||Molten salt:1||Molten salt process:1||Morphology control:1||MultiWalled Carbon Nanotubes:1||Multilayer:1||Multimodal:1||Multiwalled Carbon Nanotubes:1||Multiwalled carbon nanotubes:1||NTYPE:1||NANOCOMPOSITES:1||NANOCRYSTALS:1||NANOFILMS:1||NANOPARTICLES:1||NANOPLATELETS:1||NANOSENSORS:1||NH4NO3:1||NO2:1||Nano particle dispersion:1||NanoBio:1||Nanomaterials:1||Nanocomposite powders:1||Nanocrystalline materials:1||Nanoindentation:1||Nanoparticle:1||Nanoparticle materials:1||Nanoparticles:1||Nanoplate:1||Nanoplates:1||Nanoporous SiO2/Si substrate:1||Nanoporousnanocomposite:1||Nanosecond pulse electric field:1||Nanostructure:1||Nanostructured aluminum:1||Nd2Fe14B:1||NiAl2O3 joining:1||NiAl2O3 joint:1||NiYSZ:1||NiFe:1||NiFe2O4:1||NiZnCu ferrite:1||Nickel Iron:1||Nickel membrane:1||Nonagglomerate:1||Noncovalent:1||ONEDIMENSIONAL NANOSTRUCTURES:1||OPTICALPROPERTIES:1||OPTICS:1||ORGANIC VAPORS:1||ORIENTATION:1||OXIDATION:1||OXIDE TEMPLATE:1||Onedimensional nanostructure:1||Optical materials:1||Optical microscopy:1||Optical properties:1||Organic photodiodes:1||Organosilicon:1||Oxygen evolution reaction:1||PTYPE PBSE:1||PARAMETERS:1||PEDOT:PSS modification/reforming effect:1||PEG:1||PEGCoated Fe3O4 Nanoparticles:1||PERMEABILITY:1||PHASETRANSITION:1||PLASMA:1||PLT:1||PMMA:1||PMMA Beads:1||PMMA coating:1||PMSQ:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||POLYIMIDE:1||POROUS SILICON:1||PVDFGNP composites:1||PVP coating:1||Particle Size Control:1||Particle size effect:1||Passivation:1||PbLaTiO3 materials:1||Pd:1||Percolation model:1||Percolation network:1||Permanent magnets:1||Permeability:1||Permittivity:1||Phosphate:1||Phosphor in glass:1||Photocatalyst:1||Photodegradation:1||Photoinduced deposition:1||Photoluminescence spectroscopy:1||Photoresponse Charge transfer:1||Piezoelectric properties:1||Plasma:1||Plasmaenhanced chemical vapor deposition:1||Plastic deformation:1||Platinum:1||Platinum nanofiber:1||Platinum nanotube:1||Platinum particles:1||Polarization resistance:1||Poly(D,Llactide):1||Poly(methylmethacrylate):1||Polyimide film:1||Polymer Coating:1||Polymer particles:1||Polystyrene:1||Polyvinylidene fluoride:1||Pore structure:1||Porosity:1||Porous W:1||Porous film:1||Powder size:1||Powders: solid state reaction:1||PrFeB alloy:1||Pressure Sensors:1||Printing:1||Protonic conductor:1||Ptdecorated graphene:1||Ptdecorated graphene sheet:1||Pt/Al2O3 catalyst:1||Pyramidal chalcogenide thin film:1||Quantum Dots:1||Quantum dot:1||Quantum dot (QD):1||REDUCED GRAPHENE OXIDE:1||REDUCTION:1||REDUCTIONS:1||ROUTE:1||Radiotherapy:1||Rare earth metal:1||ReFeB magnet:1||Recovered Bi2Te3:1||Recovery time:1||Recycling:1||Red phosphor:1||Redox reaction:1||Reduction:1||Reductiondiffusion:1||Reflective index:1||Reliability:1||Removal:1||Repetitive Heating Temperature:1||Response time:1||Rhenium(III) chloride:1||Rolling:1||Room temperature:1||Room temperature synthesis:1||Roomtemperature synthesis:1||SB2TE3:1||SCATTERING:1||SELFDIFFUSION:1||SEMICONDUCTOR:1||SEMICONDUCTOR NANOWIRES:1||SENSING PROPERTIES:1||SENSORS:1||SHEETS:1||SILANE:1||SILICON:1||SILICON NANOWIRES:1||SINGLEWALL:1||SITU BULKPOLYMERIZATION:1||SOFC:1||SOFC electrolyte:1||SOLARCELLS:1||SOLUTIONPHASE APPROACH:1||SOLVENTS:1||SUPERLATTICE STRUCTURES:1||SURFACE:1||SURFACES:1||SYSTEM:1||SYSTEMATIC CONTROL:1||Salt Assisted:1||Salt assisted ultrasonic spray pyrolysis:1||Salt matrix annealing:1||Saltassisted ultrasonic pyrolysis:1||Saltassisted ultrasonic spray pyrolysis:1||Samarium cobalt:1||Samariumcobaltiron:1||Schlenk line:1||Schottky contact:1||Screen Printing:1||Screen printing:1||Segregated structure:1||Selective Pt doping:1||Selective reduction:1||Semiconducting materials:1||Semiconducting metal oxide electrode:1||Sensing mechanism:1||Sensors:1||Separation &:1||Sequential thermal treatment:1||Si carbon composite:1||Si3N4 substrate:1||Sigma (sigma) phase:1||Silica coatediron oxide nanoparticle:1||Silicone:1||Silver Nanoplate:1||Silver nanoink:1||Silver paste:1||Silvermetal oxide composite:1||SingleDomain Particle Size:1||Singlewall carbon nanotubes:1||Singlewalled carbon nanotubes:1||Sintering:1||Sintering agent:1||Sintering.:1||SmCo alloy powder:1||SmFeN:1||Sm2Co17/FeCo nanocomposite magnets:1||Sm2Fe17x Cu x N3:1||SnO2 thin film:1||SnO₂:1||SnO₂Multiwalled carbon nanotube (MWNT).:1||Soft magnet:1||SolGel Processing:1||Solid electrolytes:1||Solid oxide fuel cells:1||Solution process:1||Spark plasma sintering:1||Spark plasma sintering (SPS):1||Spray process:1||Spray pyrolysis:1||Spray pyrolysis deposition:1||Sputtering:1||Sr, Mgdoped LaGaO3(LSGM):1||Stability:1||Stent:1||Steric stabilization:1||Superparamagnetism:1||Supersaturation:1||Surface immobilization:1||Surfactant:1||Synthesis of SnO2 Powder:1||TEMPLATE:1||THERMALPROPERTIES:1||THERMOELECTRIC PROPERTIES:1||THERMOELECTRICMATERIALS:1||TIP:1||TRANSPARENT CONDUCTING OXIDES:1||TRANSPORT:1||TRIGONAL TELLURIUM:1||Taguchi method:1||Taguchi robust design:1||Tellurium nanowire:1||Tellurium nanowires:1||Terazocin:1||Tertbutyl alcohol:1||Thermal CVD:1||Thermal Oxidization:1||Thermal Pathways:1||Thermal behavior:1||Thermal diffusivity:1||Thermal management material:1||Thermal stability:1||Thermochemical water splitting:1||Thermodynamics:1||Thermoelectric:1||Thermoelectric effects:1||Thermoelectric property:1||Thermogravimetric analysis:1||Thermoplastic polyurethane:1||Thin films:1||TiO2 Coated Fe Nanofiber:1||Tilted sputtering process:1||Titanium dioxide:1||Titanium dioxide particles:1||Titaniumpalladium:1||Transformation:1||Transition metal oxide:1||Transparent conducting oxide:1||Transparent conductive film:1||Transparent electrodes:1||Trench filling:1||Tricalcium Phosphate:1||Trisilylamine:1||Twostep deposition:1||UVVis:1||UV/ozone:1||UV/ozone treatment:1||Ultrathin electrode:1||Utrasonic Spray Drying:1||VACUUM VAPORDEPOSITION:1||Vacuum uv lightCVD:1||WALLED CARBON NANOTUBES:1||WORK FUNCTION:1||Water harvesting:1||Waterdispersible inks:1||Wear behavior:1||Wettability:1||White LED:1||Work function:1||Xband frequency:1||XAS:1||XPS:1||Zeta potential:1||Zetapotential:1||ZnO:1||ZnO nanoparticles:1||ZrO2 nanoparticle:1||absorptiondominant:1||accumulative rollbonding (ARB):1||adhesion enhancement:1||aerogel:1||aluminum:1||amino acid:1||amorphous Ndoped TiO2:1||and fullerenes:1||anodic aluminum oxide:1||atomic layer deposition:1||battery:1||bending strength:1||betaFe2O3:1||biopanning:1||biological synthesis:1||biomedical materials:1||boehmite:1||boric acid:1||branched structure:1||cadmium compounds:1||cafe:1||canning package:1||capacitive pressure sensor:1||capacitive sensor:1||carbon nanotnbes:1||catalyst:1||catalyst preparation:1||catalytic reaction:1||cationic exchange reaction:1||cellulose acetate:1||ceramic/metal composites:1||ceramics:1||chalcogenide nanowire:1||charge transport:1||chemical vapor condensation (CVC):1||chloride:1||coprecipitation:1||coercivity:1||cold pressing:1||composite:1||conductive clay:1||conductive feature:1||conductive features:1||conductive ionic liquid:1||copolymers:1||copperbased chalcogenide NPs:1||coreshell nanomagnet:1||corrosion:1||crystalline orientation:1||cubic zirconia:1||densification behavior:1||detection range:1||dielectric layer:1||direct printing:1||direct printing ·:1||dopamine:1||doublepercolation system:1||droplet size:1||drug delivery:1||ecofriendly generator:1||edge functionalization:1||electrochemical exfoliation:1||electrochemical sensor:1||electrochemistry:1||electrodeposition:1||electroless plating:1||electromagnetic interference (EMI) shielding material:1||electromagnetic interference shielding:1||electrostatic interaction:1||energy barrier height:1||enhanced conductivity:1||enzymes:1||ethanol:1||exfoliated graphene:1||fcvd:1||femtosecond laser:1||ferromagnetic resonance:1||fiber:1||fibers:1||finite element method (FEM):1||flexible film:1||flexible hybrid electronics:1||flexible substrates:1||fracture toughness:1||fuel cell:1||functionally graded material (FGM):1||g factor:1||gammaFe2O3/MgO:1||gas separation membrane:1||generation mechanisms:1||glycine:1||grain boundary conductivity:1||grain boundary diffusion:1||graphene and fullerenes:1||graphenedoped porous silicon:1||green manufacturing:1||hardmagnetic soft actuator:1||hardness:1||high coercivity:1||high frequency magnetic materials:1||high strength:1||histidine:1||hollow nanofiber:1||hollow nanoparticles:1||hollow structure:1||hot embossing:1||hydrogen (H2) gas sensor:1||hydrogen gas sensor:1||hydrogen oxidation catalyst:1||hydrogen sensor:1||hydrophobic pattern fabrication:1||hydrophobic surfaces:1||hyperthermia:1||hyperthermia therapy:1||illumination durability:1||indentation mark:1||indium tin oxide:1||inter metal dielectric:1||interfacial adhesion:1||intermediate phases of FeAl2O4 and Fe3Ti3O10:1||iron alloy:1||isotropic conduction:1||large negative reaction heat:1||layered double hydroxide:1||lead telluride:1||leadfree ferroelectric materials:1||line width:1||linear mixture rule:1||liquid sprayed mist CVD:1||liquid sprayed misted chemical vapor deposition method:1||lotus leaf effect:1||low Young&apos:1||lysozyme:1||macropore:1||magnetic alignment:1||magnetic biopanning:1||magnetic composite sheet:1||maximum principal stress theory:1||mechanical alloying:1||mechanical property:1||membrane:1||mesopore:1||metal acetylacetonate:1||metaldirect synthesis:1||metalmetal oxide nanocomposite:1||microelectronic:1||micromachining:1||modulus:1||morphology:1||multifunctionality:1||multilayer graphene:1||nType ZnO:1||ntype Bi2Te3:1||nano:1||nano porous particle:1||nanobiotechnology:1||nanocomposite particles:1||nanofabrication:1||nanomembrane:1||nanoparticle synthesis:1||nanoparticles:1||nanoplatelet:1||nanorice:1||nanostructured aluminum:1||nanowire:1||nearinfrared filtration:1||nonenzymatic:1||onepot synthesis:1||optical absorption:1||optimization:1||oxidation:1||oxide heterostructure:1||oxygen permeation:1||p n heterojunctions:1||pDoped graphene:1||ptype silicon:1||pH control:1||particle size control:1||pecvd:1||peptide phage display:1||perovskite photovoltaics:1||phage display:1||phase transformation:1||phase transition:1||photocatalysis:1||photoluminescence:1||photonic sintering:1||photonicsintered printed electronics:1||plasma enhanced electrolysis:1||polyester:1||polymer nanocomposite:1||polystyrene bead:1||porous:1||ppblevel:1||pressure wave:1||printed Cu membrane:1||protein immobilization:1||pulse duration:1||quantum dot:1||quasiisotropic thermal conductivity:1||rGO nanocomposite:1||rareearth magnet:1||recycled waste scraps:1||reductiondiffusion process:1||reductiondiffusion temperature:1||room temperature:1||salt assisted:1||saltassisted decomposition method:1||samarium cobalt:1||scanning electron microscopy:1||seebeck coefficient:1||selfreduction:1||sensing mechanism:1||sensor:1||separation &:1||separation and purification of biomolecules:1||shallow trench isolation:1||shape tuning:1||silver:1||silver nanoplatelets:1||singlewalled carbon nanotubes (SWNTs):1||sintering:1||soft magnetic composite:1||softrobotics:1||solid electrolytes:1||spin resonance:1||spray pyrolysis:1||spring magnet:1||statistical experimental design:1||strontium ferrite:1||sulfate functionalization:1||surface plasmon resonance:1||surfactant:1||synthesis of TiO2 thin film:1||tellurium:1||tellurium nanowires:1||template:1||thermal conductivity:1||thermal percolation:1||thermal residual stress:1||thermal shielding:1||thermal stability:1||thermochemical hydrogen sensor:1||thermoelectric:1||thermoelectric gas sensor:1||thermoelectrics:1||thick films:1||threedimensional structure:1||throughplane thermal conductivity:1||transmission electron microscopy:1||tricalcium Phosphate:1||ultrasonic atomizer:1||ultrasonic spray pyrolysis (USP):1||ultrasonic spray pyrolysis method:1||urea:1||vibrating milling process:1||visible region photocatalyst:1||water:1||water dispersion:1||wear behavior:1||yttrium compounds:1||zirconium compounds:1||금속나노입자:1||금속잉크:1||잉크젯:1||(Pb, La)TiO3:1||전자부품소재:1||1 atmosphere:1||AAO:1||ACPDP:1||ADDITIVITY:1||AG:1||AG2TE NANOWIRES:1||ANILINE:1||ANODIC ALUMINA TEMPLATES:1||ANTIMONY TELLURIDE:1||ARRAYS:1||Accumulative rollbonding (ARB):1||Activation energy:1||Adsorption:1||Aerogel:1||Ag Nanopaste:1||Ag nanofiber:1||Ag nanoparticle dispersed polymer:1||AgAu alloy:1||Ag2Te:1||Al2O3 nanocomposites:1||Al2O3SiC nanocomposites:1||Al2O3/YSZ:1||AlN:1||Allsolidstate reference electrode:1||Ammonia:1||Anisotropic orientation:1||Anisotropy:1||Anodic Aluminum Oxide:1||Anodic alumina template:1||Anodic alumina templates:1||Anodic aluminum oxide (AAO):1||Anodizing:1||Anticorrosion:1||Aqueous synthesis:1||Aspect ratio:1||Au nanoparticles:1||Au/Fe3O4 nanocomposite:1||Au/gammaFe2O3 nanoparticles:1||Au/γFe2O3 nanoparticles:1||BI2TE3 THINFILMS:1||BISMUTH TELLURIDE FILMS:1||BLACK:1||BN:1||BaTiO3:1||Ball Milling:1||Band gap:1||Barium ferrite:1||Barium hexaferrite:1||Bi2Te3:1||Bioaffinity:1||Biosensor:1||Biosensors:1||Bismuth:1||Boron Nitride:1||Boron nitride:1||Boron nitride nanosheets:1||Breakdown voltage:1||CARRIER CONCENTRATION:1||CATALYSTS:1||CHEMICALVAPORDEPOSITION:1||CIGS:1||CNT:1||COMPOSITE:1||COMSOL simulation:1||CONDUCTING POLYMERS:1||CONDUCTIVITY:1||CaF2:1||Calcination of metalnitrates:1||Calciothermic reduction:1||Calciumiron:1||Capacitive gas sensor:1||Carbon doping:1||Carbon fiber:1||Carbon nanotube:1||Carbon nanotubes and nanofibers:1||Catalysis:1||Catalyst:1||Cathodoluminescence (CL):1||Cation exchange reaction:1||CdO:1||Ceramic/metal composites:1||Ceria:1||Chalcogenide thin film:1||Charge transport:1||ChemFET:1||Chemical Transformation:1||Chemical reduction:1||Chemical vapor condensation:1||Chemicapacitor:1||Chemiresistive:1||Chitosancoated liposomes:1||Coated Beads:1||Coffee ring effect:1||Colloidal processing:1||Composite film:1||Composites:1||Concentration quenching:1||Conducting polymer:1||Conducting polymer nanowire:1||Conductive features:1||Conductive ink:1||Conductivity:1||Conformal coating:1||Conformal deposition:1||Copper Nanowire:1||Copper Oxide Nanotube:1||Copper chalcogenide:1||Copper conductive tracks:1||Copper nanopaste:1||Copper oxide nanowire:1||Coreshell:1||Core/Shell:1||Crack free:1||Crystal growth:1||Crystal orientation:1||Cu Nanoparticle:1||Cu Nanoparticles:1||Cu(In1 () Gax(x))S2:1||Cu(In1xGax)S2:1||Cu2O nanoparticles:1||CuS/PVP nanowires:1||Cus nanoparticle:1||Cux(X1,2)O:SnO(2)thin film:1||DEFECT STRUCTURE:1||DIFFRACTION:1||DISPERSION FORCES:1||DISPLACEMENT:1||DNA:1||DOD inkjet printing:1||Dangling bond:1||Degradation:1||Dendrite:1||Dendritic growth:1||Density:1||Diameter:1||Dispersion:1||Doping:1||Drug Delivery System:1||Dry deposition:1||Dumbbelllike structure:1||ELECTRODES:1||EM absorber:1||EM wave absorber:1||ENHANCEMENT:1||Easyaxis magnetic alignment:1||Electrical Properties:1||Electrical Resistivity:1||Electricity generator:1||Electrochemical Migration:1||Electrochemical Reaction:1||Electrochemical detection:1||Electrochemical migration (ECM):1||Electrochemical sensor:1||Electrochemical techniques:1||Electrodeposition  electroless:1||Electrodeposition  magnetic alloys:1||Electrodepositions:1||Electroless plating:1||Electrolytes:1||Electromagnetic Properties:1||Electromagnetic Wave Absorber:1||Electromagnetic Wave Absorption:1||Electromagnetic compatibility:1||Electronic band structure:1||Electrospinnig:1||Ethanol:1||Eutrophication:1||Exfoliated graphene sheets:1||FE:1||FEM (finite element method):1||FGM (functionally graded material):1||FIELDEFFECT TRANSISTORS:1||FILM:1||Fe:1||Fe Nanofiber:1||Fe50 wt.% Co nanopowders:1||FeNi powders:1||Fe3O4:1||Fe3O4 Nanoparticle:1||FeAl2O3 spinel:1||FeAl2O4spinel:1||FeCo:1||FeCo alloy nanowire:1||FeNi alloy:1||Ferroelectric ceramic:1||Ferromagnetic resonance:1||Fibers:1||Filtering test:1||Flexible substrates:1||Fluorescence stability:1||Fluorine doped tin oxide:1||Freeze drying:1||Full densification:1||Functional applications:1||Functional composites:1||GALVANIC DISPLACEMENT:1||GDC:1||

STATISTICS: Total View :2,236,566; Today View :0

RSS_1.0 RSS_2.0 ATOM_1.0

55 Hanyangdeahak-ro, Sangnok-gu, Ansan, Gyeonggi-do, 15588, Korea+82-31-400-4269

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE