CAU Scholar's Space: Choi, Jungwook

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Choi, Jungwook (최정욱)

공과대학 (기계공학부)

Research Area: 마이크로 기전 시스템, 마이크로/나노시스템의 설계 및 생산기술, 마이크로/나노스케일 센서 및 액츄에이터, Micro Electromechanical Systems (MEMS), Micro/Nanomanufacturing, Micro/Nanosensors

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carbon nanotube:10||Photoluminescence:6||Lithiumion battery:5||Strain sensor:4||Separator:4||Polyacrylonitrile:4||Molybdenum disulfide:3||Thermal management:3||NIR emission:3||Junction temperature:3||mechanical properties:3||flexibility:3||transition metal dichalcogenide:3||Natural rubber:3||transparency:3||energy harvester:2||extended contact time:2||photoluminescence:2||flexible:2||Sensitivity:2||plastic deformation:2||Lightemitting diode:2||Silicone rubber:2||Acrylonitrile butadiene rubber:2||Silver nanowires:2||Flexibility:2||Carbon nanomaterials:2||Nitrosamine:2||Hybrid filler:2||Carbon nanotube:2||Codoping:2||Functionalization:2||Carbon nanotube (CNT):2||Hydrogen sensor:2||Cytotoxicity:2||hydrogen sensor:2||Hydrothermal method:2||Photonic applications:2||Physical properties:2||Piezoelectric actuator:2||carbon nanotubes:2||Synergism:2||Anticancer:2||twodimensional semiconductor:2||Gas sensors:2||Mechanical properties:2||Electrospinning:2||adhesion:2||Iron particles:2||Electrostatic actuator:2||molybdenum disulfide:2||contact resistance:2||Carbon nanotubes:2||Angular vertical combdrive:2||Latent fingerprints:2||Microscanner:2||Energy migration:2||Heterogeneous materials:2||Multilayer graphene:2||Heterojunction:2||Cellulose nanofibers:2||Nanocomposite:2||Green emission:1||H:1||H2S gas sensor:1||Heavy metal ion:1||Heterostructure:1||Hightemperature environment:1||Highly sensitive:1||Human–machine interfaces:1||Hybrid fillers:1||Hybrid membrane:1||Hydrogen:1||Hydrothermal assisted solidstate method:1||Hydrothermalassisted solidstate method:1||IR thermometry:1||Inertial microswitch:1||Iron oxide:1||Isotropy:1||LED:1||Latching mechanism:1||Latin hypercube sampling:1||Lean burn:1||Liion batteries:1||Lifetime decay:1||Lithiumion Battery:1||Lithiumion batteries:1||Lithographyfree:1||Low detection limit:1||Low minimum detection limit:1||Luminescence:1||MEMS fabrication:1||Magnetic effect:1||Magnetic properties:1||Magnetosensitive rubber nanocomposites:1||Magnetorheological elastomer:1||Mechanical and electrical properties:1||Mechanical switch:1||Membrane:1||Metal oxide:1||Metallic aerogel:1||Microheaters:1||Microactuator:1||Micromirror:1||Microphosphor:1||Microsensor:1||MoS<sub>2</sub>:1||Multiwall carbon nanotube:1||Nanofibers:1||Nanofibers:1||Nanomaterials:1||Nanophosphors:1||Nauophosphor rods:1||Nitrogen dioxide:1||Nonsolventinduced phase separation:1||Numbercontrolled growth:1||Onchip assembly:1||Pareto optimization:1||Phosphor:1||Phosphor temperature:1||Photocatalysis:1||Polymer composites:1||Polymers:1||Porphyrins:1||Pr3+/Yb3+:1||Quantum dots:1||RTV silicone rubber:1||Rare earths:1||Reconfigurable contaminant removal:1||Recovery:1||Red emission:1||Reddishorange emission:1||Response:1||Robustness:1||Room temperature:1||Rubber composite:1||Rubber composites:1||Rugbyballlike structure:1||Safebydesign:1||Scalable growth:1||Selfaligned:1||Separators:1||Silver nanowire:1||Single crystalline:1||Sm3þ:La10W22O81:1||Smart water treatment:1||Soft robotics:1||Stencil lithography:1||Step transient:1||Strain Sensor:1||Stressinduced growth method:1||Stretchable device:1||Stretchable electronics:1||Stretchable sensor:1||Surfacemounted device:1||Surfacetovolume ratio:1||Suspended nanowires:1||Suspended single nanowire:1||Swelling:1||Tb<sup>3+</sup>: lanthanum tungstate:1||Temperature coefficient of resistance:1||Temperature sensor:1||Template:1||Tensile properties:1||Thermal resistance:1||Thermal transient test:1||Toughness:1||Transition Metal Dichalcogenide:1||Transition metal dichalcogenide:1||Trichloroethylene:1||Tubular nanostructure:1||Tungsten Diselenide:1||Tungsten diselenide:1||Tungsten nanowire:1||Tungsten oxide nanowire:1||Two dimensional material:1||Twodimensional Material:1||Twodimensional material:1||UV monitoring:1||Uniform:1||Upconversion:1||VOC:1||VOC detection:1||Vacuum pressure sensor:1||Vertical comb structure:1||Vertically aligned carbon nanotube:1||Vulcanization:1||Vulcanization accelerators:1||Wearable devices:1||Whitelight emission:1||ZnMoO4@CNS composite:1||ZnO nanorods:1||acrylonitrile butadiene rubber:1||actuator:1||adhesive strength:1||anisotropic effect:1||benzene:1||binary accelerators:1||carbon black:1||carbon nanomaterials:1||carbon nanotube (CNT):1||carbon nanotube arrays:1||carbon nanotube bundle:1||carbon nanotubes array:1||carbonyl iron particles:1||cellulose substrate:1||charge transfer:1||chemical sensor:1||chemomechanical:1||coaxial multiphase flame:1||composites:1||conductive AFM:1||confined growth:1||crosslink density:1||crosstalkfree:1||cure activator:1||defect:1||deformable contact pad:1||deformable device:1||displacement sensing:1||dry adhesives:1||etextile sensor:1||elastomer:1||electromechanical switch:1||electrostatic spring effect:1||encapsulation:1||flexible devices:1||flexible strain sensor:1||focused ion beamchemical vapor deposition (FIBCVD):1||frequency tuning:1||fueltooxidizer ratio:1||functionalization:1||functionalized grapheme:1||functionalized nanowire:1||gas sensor:1||gauge factor:1||graphene:1||heterogeneous nanomaterials:1||heterojunction:1||high temperature process:1||hightemperature operation:1||hightemperature processes:1||highthroughput production:1||human motion:1||hybrid filler:1||inertial microswitch:1||internanotube interface:1||kinetic energy transduction:1||latching surface:1||light harvesting:1||lithiumion batteries:1||lithiumion battery:1||logic circuit:1||magnesium oxide:1||mechanical buffer:1||mechanical property:1||microelectromechanical systems (MEMS):1||microelectrodes:1||microelectromechanical system:1||micromechanical contacts:1||microstructural properties:1||microswitches:1||multidirectional:1||multimode system:1||multistability:1||nanocomposite:1||nanographite:1||nanolayers:1||nanomanufacturing:1||nanowire resonator:1||natural rubber:1||nitrosamine:1||optoelectronics:1||penetration:1||photoconductive AFM:1||photocurrent:1||photodetector:1||photodetectors:1||photoinduced charge transfer:1||piezoresistive strain sensor:1||piezoelectric:1||poly(vinyl alcohol):1||polyacrylonitrile:1||porphyrin:1||porphyrins:1||pseudocapacitance:1||reliability:1||resonant frequency:1||scanning micromirror:1||selfadjusted carbon nanotube array:1||selfadjustment:1||selfassembly:1||selfpowered sensor:1||sensoronpaper:1||separator:1||silicon rubber:1||single crystal silicon:1||solvent:1||stretchable sensors:1||suspended single nanowire:1||swelling dilatometer:1||switch:1||synergism:1||tactile sensors:1||ternary graphene composites:1||thiuram disulfide:1||transition metal dichalcogenides:1||transparent:1||tribology:1||twodimensional material:1||ultraviolet monitoring:1||van der Waals force:1||vulcanization:1||wearable sensors:1||(2) production:1||βZnMoO4:1||(2) reduction:1||1D alphaMoO3 nanorods:1||2mercaptobenzothiazole:1||2D materials:1||3axis accelerometer:1||Accelerator:1||Actuator:1||Adhesion:1||Aerogel:1||Aging:1||Anisotropy:1||Anode:1||Anticancer:1||Artificial muscles:1||Battery Safety:1||Binary filler:1||Biogas:1||Boost pressure:1||CIE coordinates:1||CO:1||Cantilever:1||Carbon Nanotube:1||Carbon Nanotube Array:1||Carbon nanomaterial:1||Carbon nanotube arrays:1||Ce3+ activated LBZ glasses:1||Charge transfer:1||Chemical reduction method:1||Chemiresistive sensor:1||Chemomechanical:1||Chromaticity coordinates:1||Color purity:1||Composite:1||Conductive polymer:1||Contact Area:1||Crosstalk:1||Crystal violet:1||Curing properties:1||DNA nanotechnology:1||Diameter:1||Dispersion:1||Dualloop EGR:1||EGR split:1||Elasticity:1||Electrical properties:1||Electrical resistivity:1||Electrochemical performance:1||Electrochemical properties:1||Electronic skins:1||Electrospun:1||Electrostatic force:1||Electrostatic torsional actuator:1||Energy transfer:1||FIBCVD:1||Focused ion beamchemical vapor depositoin:1||Force sensor:1||Gas Sensor:1||Gas sensing:1||Gas sensor:1||Graphene:1||Graphite powder:1||

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