ScholarWorks@Hanyang University ERICA Campus: Lee, Hwa sung

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Lee, Hwa sung (이화성)

COLLEGE OF ADVANCED TECHNOLOGY AND CONVERGENCE (MAJOR IN ADVANCED MATERIALS AND SEMICONDUCTOR ENGINEERING)

Research Area: 화학공학 고분자

Tel 031-400-5270
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organic fieldeffect transistor:5||strain sensor:4||organic fieldeffect transistors:3||solvatochromism:3||organic transistor:3||pressure sensor:2||fieldeffect mobility:2||organic electronics:2||configurational arrangement:2||sensing medium:2||spontaneous generation:2||physical sensor:2||contact resistance:2||wearable electronics:2||organic interlayers:2||conjugated polymers:2||Dipole moment:1||Domain boundary:1||Electrodes:1||Electrohydrodynamic jet printing:1||Ferroelectricity:1||First principle calculation:1||Fluorinated thiol:1||Gas detection:1||Grub shape:1||Hierarchical selfassembly:1||Hydrolysis:1||Inductors:1||Interdigitated capacitor:1||Joule heating:1||LLactic acid:1||LiDAR sensors:1||Mobility:1||NIRreflective:1||NO2:1||Nile red:1||NonenzymaticNoninvasivePhenylboronic acidFrequency modulationBody fluidsSweat:1||OFET:1||OTFT:1||Octadecyltrichlorosilane:1||Optical transistor memory:1||Organic ThinFilm Transistor (OTFT):1||Organic semiconductor:1||Organic thermoelectrics:1||Organic transistor:1||Oscillators:1||Ostwald ripening process:1||P3HT:1||PVDFTrFE:1||Parylene nanocoating:1||Passivation:1||Patterning:1||Penprinting methodPolymer blendingOrganic fieldeffect transistorPhase separationChemical stability:1||Pentacene:1||Photoinduced recovery:1||Photoactivation:1||Photocatalytic sensing material:1||Pressure measurement:1||Pressure sensors:1||Pulsed voltage measurement:1||Quantum dots:1||Schottky barrier transistor:1||Seebeck coefficient:1||Selfassembled monolayer:1||Selfhealing hydrogel:1||Sensor:1||Single crystal:1||TICT:1||TIPSPEN Reaxys Chemistry database information:1||Tension:1||Thermal conductivity:1||Thermal interface material:1||Thin films:1||adhesive electrode:1||antidryable:1||antifreezable:1||aqueousemulsification:1||aqueousemulsified solutions:1||artificial nervous system:1||asymmetric electrodes:1||autonomous driving:1||backbone engineering:1||bending sensor:1||binary heterostructure:1||biomimetics:1||buriedcontact OFET:1||capacitive pressure sensors:1||capacitive sensors:1||capillarypen printing:1||charge injection:1||charge injection and extraction:1||chemical sensor:1||conductive hydrogel:1||copper phthalocyanine:1||darktone nanomaterials:1||deep trap:1||dehydration resistance:1||dense assembly:1||dielectric constant:1||dipole moment:1||directional sensitivity:1||directionalstrain sensitivity:1||dithienopyrroles:1||doublehelix structure:1||doublenetwork:1||dualsensing mode:1||elastic modulus:1||elastomer template:1||electrical conductivity:1||electrohydrodynamic printing:1||epitaxy growth:1||fabric sensor:1||field effect transistors:1||fieldeffect transistor:1||flexible electronics:1||flexible sensor:1||fourprobe measurement:1||free volume:1||gas sensor:1||gesture recognition:1||gradient thermal distribution:1||healthcare:1||humanmachine interaction:1||interdigitated capacitor:1||interface engineering:1||interfacial additives:1||interfacial functionalization:1||interfacialengineering:1||ionic conductivity:1||lactate sensor:1||linearity:1||melamine foam:1||mobility:1||molecular doping:1||multilevel regulation:1||multifunctionality:1||multiparallelconnected piezoresistor:1||multistimuli fiber sensor:1||ntype organic semiconductor:1||nonionic dispersion stabilizers:1||omnidirectionality:1||operational stability:1||organic and inorganic materials:1||organic chargemodulated fieldeffect transistors:1||organic electrochemical transistor:1||organic fieldeffecttransistor:1||organic interlayer:1||organic semiconductor:1||organic semiconductor thin films:1||organic semiconductors:1||organic thermoelectrics:1||organic transistors:1||oscillator:1||psexiphenyl:1||parallel connection:1||passive LC tag:1||patterning methods:1||phase state:1||phenol blue:1||physical sensors:1||piezocapacitive pressure sensor:1||piezocapacitivepressure sensor:1||piezoelectric polymer:1||piezoresistive:1||piezoresistive sensor:1||piezoresistive strain sensor:1||piezoresistivestrain sensor:1||planer inductor:1||poly(3,4ethylenedioxythiophene) polystyrene sulfonate(PEDOT:PSS):1||polymer dielectric:1||polymer dielectric layer:1||polymer semiconductor:1||polymer semiconductors:1||polymer stereostructure:1||polymeric conformation:1||pressure sensor tag:1||pressureassistedthermal annealing:1||realtime motioncognition:1||regioregularity:1||resonance frequency:1||selfhealable hydrogel:1||sensing mediums:1||sensing platform:1||sensing reliability:1||signal distinct:1||signal multiplexing:1||single crystal array:1||solid polymer electrolytes:1||soluble acene single crystal:1||stability:1||strain sensors:1||stretchability:1||stretchable electronics:1||stretchable transistor:1||surface energy:1||surfactant:1||surfactant removal:1||sustainable processes:1||synaptic transistors:1||thermal annealing:1||topcontact OFET:1||topcontact structures:1||transfer line method:1||vacuum deposition:1||vacuum lamination:1||work function engineering:1||AgNbO (3):1||wrinkle:1||Alkyl chain array:1||Aluminum nitride:1||Bending effect:1||Capacitance:1||CdSe:1||Charge trapping:1||Chemical amplification:1||Chemical detection:1||Colpitts oscillator:1||Compression:1||Conducting polymers:1||Conductive polymer:1||Crystallization:1||DFT:1||Defect:1||

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