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LEE, KUN HONG(이건홍)

Department: Dept. of Chemical Enginrg(화학공학과)

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GROWTH:36||ARRAYS:21||FILMS:19||FABRICATION:14||FIELDEMISSION:11||NANOSTRUCTURES:11||NANOWIRE ARRAYS:11||DEPOSITION:9||FIELDEFFECT TRANSISTORS:9||NANOTUBES:7||anodic aluminum oxide:7||THINFILMS:6||STORAGE:6||MORPHOLOGY:6||TEMPERATURE:6||ROOMTEMPERATURE:6||carbon nanotube:6||MECHANISM:6||HYDROTHERMAL SYNTHESIS:5||PERFORMANCE:5||NANOPARTICLES:5||EMISSION:5||CHEMICALVAPORDEPOSITION:5||NANORODS:5||field emission:5||LOWTEMPERATURE:5||TEMPLATE:5||NANOCRYSTALS:5||CARBON NANOTUBES:5||SENSITIZED SOLARCELLS:4||MEMBRANES:4||anodization:4||POROUS ALUMINA:4||carbon nanotubes:4||SURFACES:4||AQUEOUSSOLUTION:4||NANOWIRES:4||ROUTE:4||ABINITIO:4||CARBON:4||FILM:4||CONTROLLED GROWTH:4||ANODIC ALUMINUMOXIDE:4||Zinc oxide:4||MICROWAVE IRRADIATION:4||micropower:3||IRON:3||OXIDE:3||THERMALCONDUCTIVITY:3||photolithography:3||OPTICALPROPERTIES:3||Crystal growth:3||electrochemical capacitors:3||PARTICLES:3||COMPLEX:3||conducting polymers:3||MASSTRANSFER:3||nanohoneycomb:3||WATER:3||CAPACITORS:3||ZINCOXIDE:3||ANODIC ALUMINA:3||graphite:3||NANOBELTS:3||Nanomaterials:3||Microwave:2||Nanostructures:2||ELECTROCHEMICAL CAPACITORS:2||ORGANIC AEROGELS:2||CARBON AEROGELS:2||thermal conductivity:2||Sonochemistry:2||NANOSCALE STRUCTURES:2||METHANE HYDRATE:2||ELECTRODE:2||template synthesis:2||TRANSPORT:2||ANION ADSORPTION:2||COMPOSITE:2||nanorod:2||atomic force microscopy:2||SULFUR:2||SUPERCAPACITORS:2||IMPEDANCE MEASUREMENTS:2||chemical heat pump:2||OXIDE NANOWIRES:2||GROWTHMECHANISM:2||NANOSHEETS:2||nanoindentation:2||SINGLECRYSTAL SILICON:2||INTERMEDIATE TEMPERATURES:2||NARROW DIAMETER DISTRIBUTION:2||PHOTOCATALYTIC ACTIVITY:2||POLYPYRROLE:2||ELECTRODEPOSITION:2||electrochemical capacitor:2||OXIDATION:2||Crystal structure:2||LAYER:2||Anodic aluminum oxide:2||SILICON:2||friction:2||YARNS:2||SHEETS:2||PROTEINS:2||ZINCOXIDE NANOWIRES:2||DEVICES:2||pore size distribution:2||silica gel:2||Microwave irradiation:2||LITHOGRAPHY:2||adhesion:2||HEXAGONAL PORE ARRAYS:2||ENERGY:2||LAYERED DOUBLE HYDROXIDES:2||HYDROTALCITE:2||CARBONDIOXIDE:2||REACTORS:2||CO2:2||SEPARATION:2||SEMICONDUCTOR PHOTOCATALYSIS:2||CONTACTANGLE:2||BENDING TEST:2||heat treatment:2||microcapacitors:2||GEL:2||GAS SEPARATION:2||EPITAXIALGROWTH:2||NUCLEATION:2||ultrasound:2||SUBSTRATE:2||POLYELECTROLYTE MULTILAYERS:2||WETTABILITY:2||TANTALA:2||IRRADIATION:2||FERRITIN:2||SEMICONDUCTOR NANOCRYSTALS:2||AQUEOUSSOLUTIONS:2||GRAPHITE:2||SINGLECRYSTAL ELECTRODES:2||NONCYLINDRICAL PORES:2||zinc oxide:2||PHOTOLUMINESCENCE:2||nanohoneycomb structure:2||AFM:2||MECHANICALPROPERTIES:2||MUSCLES:1||microwave:1||GRAPHENE:1||FIBER:1||HYDROTHERMAL CARBONIZATION:1||FUELCELL:1||Copper Oxide:1||SOLUBILITY:1||TEMPLATESYNTHESIS:1||polyaniline:1||N2 adsorption:1||SOLIDGAS REACTIONS:1||refrigeration:1||refirgerating system:1||heat transfer:1||STABILITY:1||exfoliated graphite:1||MILL SLUDGE:1||PDSN/AL2O3 CATALYSTS:1||WAFER:1||Agglomeration:1||Porous substrate:1||CAPILLARY INSTABILITIES:1||CORE/SHELL METAL/CARBON NANOPARTICLES:1||ARCINGINDUCED FORMATION:1||Oxides:1||PATTERNED GROWTH:1||Nanosphere:1||Ultrasound:1||LIQUID:1||Ambient conditions:1||DENDRITIC NANOSTRUCTURES:1||REPLACEMENT REACTION:1||Semiconductor:1||DEGRADATION:1||SUPERSTRUCTURES:1||bending test:1||Pore:1||CRYSTALS:1||NANONEEDLE ARRAYS:1||LOWTEMPERATURE GROWTH:1||SINGLE:1||BEHAVIOR:1||CYCLOPENTANE:1||optoelectronics:1||ZnO nanorods:1||GRAPHITE OXIDE:1||nanopillar array:1||ELECTRONICSTRUCTURE:1||MOLECULARDYNAMICS SIMULATIONS:1||KINETIC INHIBITOR:1||MaxwellWagnerSillars polarization:1||HIGHPRESSURES:1||Hydrothermal Synthesis:1||COPPER:1||THERMALDECOMPOSITION:1||Room temperature reaction:1||PROPANE:1||zinc oxide (ZnO):1||field emitter:1||EMITTERS:1||RELEASE:1||MATRIX:1||coke oven gas:1||BURNERS:1||SILICA AEROGELS:1||activated carbon fiber (ACF):1||performance:1||FLOW TECHNIQUE:1||supported polymeric liquid membranes:1||permeability:1||POLYIMIDE MEMBRANE:1||porosity:1||HEATING VALUE:1||THIN MEMBRANE:1||COLLOIDAL OXIDE SYNTHESIS:1||ULTRASOUND:1||conducting polymer:1||polymer electrolyte:1||MICROCAPACITORS:1||Scanning transmission electron microscopy:1||Oxide superconducting materials:1||AL:1||Nanorod arrays:1||ASSISTED GROWTH:1||MICROSPHERES:1||AAO (anodic aluminum oxide):1||Humidity sensor:1||Van der Waals interaction:1||wettability:1||porous material:1||NanoUTM:1||Young&apos:1||carbon composites:1||PLUS:1||UV:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||DENSITY:1||SELECTIVE SYNTHESIS:1||COMPOSITE FIBERS:1||carbonization:1||penetration depth:1||OXYGEN REDUCTION REACTION:1||ELECTRICALCONDUCTIVITY:1||Ammonia:1||CUPRIC OXIDE:1||STABILITYCONSTANTS:1||THERMAL EVAPORATION METHOD:1||TRANSISTORS:1||CLOTH:1||porous electrode impedance:1||adsorption system:1||absorption system:1||GAS:1||INCINERATION:1||SURFACE MODIFICATION:1||microcapacitor:1||ELEVATEDTEMPERATURES:1||GOLDFILMS:1||ELECTRODES:1||TITANIA NANOTUBES:1||OXIDE THINFILMS:1||POLAR SURFACES:1||Interface:1||HYDROTHERMAL CONDITIONS:1||ZNO NANOSTRUCTURES:1||HARDNESS:1||MODULUS:1||Nanopillar:1||NANOSTRUCTURED SURFACES:1||NANOPILLAR ARRAYS:1||LOTUS:1||WIRE:1||SENSING INDENTATION:1||electrical properties:1||microstructure:1||PRESSURE:1||IV measurement:1||GLUTARALDEHYDE:1||ANTIFREEZE PROTEINS:1||CHAR:1||GLUCOSE:1||Urea:1||ELECTRODE MATERIALS:1||HYDROTHERMAL ROUTE:1||chemical vapor deposition:1||pore array:1||catalysts:1||flame speed:1||CHEMICAL HEATPUMPS:1||NUMERICAL SIZING TOOL:1||DYNAMIC BEHAVIOR:1||SORPTION:1||MODEL:1||catalytic gasification:1||XPS:1||ELECTROCHEMICAL IMMITTANCE SPECTROSCOPY:1||adsorption:1||CARBON MEMBRANES:1||oxygen concentration:1||SURFACE DIFFUSION:1||GAS PERMEATION:1||SPECTROSCOPY:1||COMPOSITES:1||anodic aluminium oxide (AAO):1||vacuum tube:1||Bulk metal:1||DISSOLUTION:1||Inorganic materials:1||Barrier layer:1||Etching:1||AAO TEMPLATE:1||Zinc substrate:1||POLYMERCONTROLLED CRYSTALLIZATION:1||FILM SOLARCELLS:1||SOLVOTHERMAL ROUTE:1||Si nanowire:1||Capacitive:1||Electrostatic induction:1||STAMP DEFORMATION:1||FORCE MICROSCOPE:1||ATOMICFORCE MICROSCOPY:1||s modulus:1||CATALYSTS:1||anodic alumina:1||nanouniversal testing machine:1||NANOFIBRES:1||CLATHRATE:1||photocatalysis:1||Vis spectroscopy:1||FORCE:1||CHIRALITY:1||AMINOACIDS:1||INDUCED REGENERATION:1||Carbon Nanotube:1||Yarn:1||THERMAL TRANSPORT:1||DRIVEN:1||CLATHRATE HYDRATE:1||SYSTEM:1||ASSISTED SYNTHESIS:1||INTERFACE:1||Electron emission:1||AL2O3COATED CATALYST:1||electrolytes:1||RECHARGEABLE BATTERIES:1||ANILINE:1||selforganization:1||SELFORGANIZED FORMATION:1||INTERPORE DISTANCE:1||FLAME STABILIZATION:1||expanded graphitemetallic salt composite:1||HEAT:1||PILOT PLANTS:1||mesopore:1||TLMPSD:1||carbon dioxide:1||COMPOSITE MEMBRANES:1||porous electrode:1||ALUMINA MEMBRANES:1||SILICA:1||SNO2:1||photoluminescence:1||FIELD EMITTERS:1||NANOTEMPLATE:1||thin film alumina:1||DIELECTRICS:1||Zinc phosphate:1||SI SUBSTRATE:1||INSITU:1||HETEROGENEOUS NUCLEATION:1||CRYSTAL:1||tensile test:1||Microheater:1||superhydrophobic:1||FORCE MICROSCOPY:1||ATOMICFORCE:1||AAO:1||threepoint bending fatigue:1||transistors:1||3D NANOSTRUCTURES:1||microchannel:1||GRAPHITEINTERCALATION COMPOUND:1||BIOMASS:1||SF6 HYDRATE:1||THERMALOXIDATION:1||IMMOBILIZATION:1||ATOMIC EMISSIONSPECTROMETRY:1||OXIDE NANOBELTS:1||DISSOCIATION CONDITIONS:1||PREDICTIONS:1||sonochemistry:1||EMISSION PROPERTIES:1||transmission electron microscopy:1||TUBES:1||agar gel:1||POLYMERS:1||combinatorial technique:1||HEATPUMPS:1||surface combustion:1||POLYCONDENSATION:1||gas permeability:1||SIMULATION:1||COBALT:1||separation factor:1||IMMITTANCE SPECTROSCOPY:1||air ratio:1||INORGANIC MEMBRANES:1||PALLADIUM:1||doping:1||FIELD EMITTER:1||Metal oxide:1||ALPHAFE2O3 FILMS:1||NITROGEN:1||ORIENTED ATTACHMENT:1||FORMATION MECHANISM:1||NANOROD ARRAYS:1||QUANTUM DOTS:1||PHOTOSENSITIZATION:1||LOAD:1||REPLICATION:1||SURFACE:1||CANTILEVERS:1||GOLD:1||MAGNETICPROPERTIES:1||SUPERCAPACITOR:1||Al doping:1||PHOTOREDUCTION:1||microendmilling:1||TETRAHYDROFURAN CLATHRATE HYDRATE:1||COMPOSITE YARNS:1||SPUN FIBERS:1||Zinc aluminum oxide:1||EQUILIBRIUM CONDITIONS:1||supercritical drying:1||LOWDENSITY:1||metallic saltammonia:1||gas separation:1||electrochemical impedance spectroscopy:1||incombustibles:1||PORES:1||Raman spectrum:1||CERAMICS:1||POLYCRYSTALLINE THINFILMS:1||METALLICFILMS:1||Xray photoelectron spectroscopy:1||BIOMINERALIZATION:1||HETEROSTRUCTURES:1||Highsensitive sensor:1||HYDROXIDES:1||WURTZITE:1||anodic alumina oxide:1||polymer sticking:1||diameter control:1||nanoUTM:1||MEMS MATERIALS:1||mechanical properties:1||OXIDE FILMS:1||NANOINDENTATION:1||atomic force microscope:1||PHASEEQUILIBRIUM:1||MEMORY:1||3D nanostructure:1||TiO2:1||IRON CATALYST:1||ACTIVATED CARBON:1||EXFOLIATED GRAPHITE:1||RADIATION:1||Fiber:1||TRANSPARENT:1||LITHIUMION BATTERIES:1||HOLLOW MICROSPHERES:1||HIGHSURFACEAREA:1||ETHANE:1||nanorods:1||sonication:1||secondary batteries:1||RF aerogel:1||refrigerating system:1||porous medium:1||BEDS:1||transmission line model:1||SOLGEL METHOD:1||CHEMOTAXIS:1||TEMPLATES:1||thin film aluminium:1||DOUBLELAYER CAPACITORS:1||SILICONCARBIDE NANOWIRES:1||Dewetting:1||Annealing:1||AGGLOMERATION BEHAVIOR:1||THERMALSTABILITY:1||SOLIDSTATE REACTION:1||INHALATION:1||ELECTROCHEMICAL DEPOSITION:1||Anodization:1||NANODOT ARRAYS:1||Arcing:1||TENSILE:1||Amorphous structure:1||SILICON NANOWIRES:1||LASERABLATION:1||Anodic aluminum oxide (AAO):1||lotus leaf:1||micro/nanostructures:1||FRICTION:1||ALUMINUM:1||ANODIC ALUMINA MEMBRANES:1||transparent electrode:1||graphene:1||reduction:1||REDUCTION:1||electropolishing:1||

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