ScholarWorks@Korea University: Lee, Cheol Jin

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Lee, Cheol Jin (이철진)

College of Engineering (School of Electrical Engineering)

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Tel 3216
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field emission:5||Carbon Nanotube:3||Legionella pneumophila:3||field emitter:3||cold cathode:2||Percolation threshold:2||Carbon nanotubes:2||Fieldeffect transistor:2||carbon nanotube:2||Field Emission:2||Optical properties:2||MWCNTs:2||boron nitride nanotubes:2||MWCNT:2||emission stability:2||Defects:2||filmonelastomer:1||Coldcathode Xray irradiation: reverse osmosis (RO):1||Electrochemically exfoliated graphene:1||organic single crystals:1||current fluctuation:1||Semiconductorenriched SWCNT:1||InP:1||Atomic layer deposition (ALD):1||solidstate reaction:1||functionalization of SWCNT film:1||hybrid nanomaterial:1||Chemical vapor deposition:1||Thin multiwalled carbon nanotubes:1||Nanostructures:1||Field Effect Transistor:1||magnetically ordered materials:1||electrochemically exfoliated graphene:1||Organic field effect transistor:1||reduction temperature:1||paste emitters:1||Impedancemetric detection:1||Sensing mechanism:1||Semiconductors:1||Molecular beam epitaxy (MBE):1||Localized surface plasmon:1||rapid thermal annealing (RTA):1||Purification Thermogravimetric analysis (TGA):1||Biosensor:1||Electrical conductivity:1||Rheology:1||Xray photoelectron spectroscopy:1||Plasmapattern:1||nano characterization:1||Cyclic voltammetry:1||MWCNTpolyimide composites:1||Humidity sensor:1||Ammonia gas sensor:1||Optical materials:1||photoexcitation:1||graphene:1||cold cathode Xray tube:1||focal spot size:1||Pretreatment:1||PEDOT: PSS:1||capillary force:1||precise patterning:1||Sonicationinduced scission:1||turnon field:1||Graphene:1||MoS2 nanosheets:1||MBE:1||Chemical vapor deposition (CVD):1||Hot electron:1||Oxygen plasma treatment:1||poly(3hexylthiophene):1||photovoltaic effect:1||Synthesis:1||Carbon nanotubes composite:1||individual nanowires:1||field electron emitter:1||Electrode:1||diameter:1||carbon nanotubes:1||graphite rods:1||Bandgap:1||Ferromagnetism:1||solution process:1||cobalt silicide nanowire:1||plasma treatment:1||multiwalled carbon nanotube:1||Plasma functionalization:1||ndoping:1||multiwalled carbon nanotube:1||SolGel Method:1||Stainless steel:1||Polyaniline:1||Conductivity:1||Thin MWCNTs:1||Schottky Barrier:1||hot pressing:1||emission current density:1||organic fieldeffect transistor:1||solution floating method:1||alternatingelectric field:1||UV photodetectors:1||Tensile strength:1||graphite nanopowder:1||Impedance spectroscopy:1||Gas sensor:1||Semiconducting behavior:1||electrochemical exfoliation:1||field emission properties:1||Increased Tc:1||MWCNT film:1||PL enhancement:1||ZnO:1||Doubledwalled carbon nanotubes (DWCNTs):1||biointerfaces:1||surface modification:1||citrate precursor:1||Polymer composites:1||TMPD:1||Immunosensors:1||ELISA:1||ThinMultiwalled Carbon Nanotube:1||Plasmatreatment:1||nanostructures:1||nanofabrications:1||Fouling control:1||CNT:1||crystallinity:1||Electron paramagnetic resonance (EPR):1||peptidoglycanassociated lipoprotein:1||Spraycoated SWCNT:1||nanoclusters:1||singlewalled carbon nanotubes:1||DNA detection:1||rectification:1||electrode:1||Carbon nanotube film:1||vacuum condition:1||Bambooshaped multiwalled carbon:1||nanotubes:1||fieldeffect transistor:1||layered material:1||Spray deposition:1||mSWCNT:1||Schottky diode:1||HanesWoolf plot:1||Three electrode system:1||thermal decomposition:1||thinmultiwalled carbon nanotubes:1||Electrochemical analysis:1||Plasma treatment:1||Plasma funtionalization:1||MWCNT/polymer composite:1||Flexible biosensors:1||Luminescence:1||electrical conduction:1||Carbon nanotube (CNT):1||nanocomposites:1||Shale gas produced water (SGPW):1||Spray coating:1||metal catalyst:1||Multi quantum well:1||filtrationtaping method:1||Electrochemical exfoliation:1||Molybdenum disulfide:1||2D material:1||ptype InP:Be/Mn/InP:Be triple layers:1||LiMn2O4 composite:1||immunobiosensor:1||oxygen plasma:1||Multiwalled carbon nanotubes:1||RTCVD:1||SelfAssembled Monolayer:1||GaN:1||textile:1||transistor:1||emission current:1||

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