ScholarWorks@Dongguk University: Jo, Jea woong

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Jo, Jea woong (조제웅)

College of Engineering (Department of Energy and Materials Engineering)

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Tel 02-2260-4981
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Organic fieldeffect transistors:5||Perovskite transistors:5||Charge carrier mobility:4||organic fieldeffect transistors:4||Conjugated polymer:4||poly(3hexylthiophene):4||Ion migration:4||Polythiophene:4||Solidstate electrolyte:4||Interface engineering:3||perovskite photovoltaics:3||conjugated polymer:3||narrow bandgap:2||Perovskite photovoltaics:2||solar cells:2||solidstate electrolyte:2||Perovskite solar cell:2||Fieldeffect transistors:2||artificial light cells:2||infrared:2||Solidstate ionic liquid:2||surface passivation:2||organicinorganic hybrid perovskite:2||PMMA:2||chemical structure tuning:2||Stability:2||Conjugated polymers:2||Poly(3hexylthiophene):2||High opencircuit voltage:2||polythiophene:2||polyurethane:2||quantum dot solar cells:2||Trap passivation:2||Interfacial engineering:2||charge transport:2||Flexible solar cells:1||Flexible transistors:1||Fluorinated conjugated polymer:1||Fluorination:1||Furan:1||Furan substitution:1||Gate dielectrics:1||Gate electrode:1||HOMO energy Level:1||Hole selective contact:1||Holetransport layer:1||Holetransporting layer:1||Holetransporting materials:1||Hydrophobicity:1||Hysteresis:1||Indoor organic photovoltaics:1||Indoor photovoltaics:1||Infrared:1||Interface charge recombination:1||Intermolecular interactions:1||Ionic dielectrics:1||Ionic liquid:1||Isoindigo:1||Lead iodide perovskite:1||Leadiodide perovskite:1||Ligand passivation:1||Long carrier lifetime:1||Lowk dielectrics:1||Lowtemperature process:1||MXene:1||Metal halide perovskite:1||Metal halide perovskites:1||Microstructure engineering:1||Miscibility:1||Molecular ordering:1||Nanocrystal photovoltaics:1||Nonhalogenated solvent:1||Nonhydrolytic:1||Organic fieldeffect transistor:1||Organic solar cell:1||Organic/inorganic hybrid gas sensor:1||Orthogonal engineering:1||Perovskite:1||Perovskite quantum dot:1||Perovskite solar cells:1||Perovskitepolymer composite:1||PhNa1T:1||Polyhydroxy butyratecopolylactic acid (PHBcoPLA):1||Polymer blend:1||Polymer electrolyte:1||Polymeric dopant:1||Radiation sensor:1||Random configuration:1||Random copolymer:1||Random copolymerization:1||Solar cell:1||Solar cells:1||Solution process:1||Spatial collection efficiency:1||Structuring polymer:1||Surface modification:1||Surface passivation:1||Thin film solar cell:1||Titanium oxide nanoparticle:1||Triple cation perovskite:1||Vertical charge transport:1||Work function:1||ZnO:1||allinorganic:1||allinorganic perovskite solar cell:1||ambipolar polymer semiconductor:1||ammonium salt:1||attoscalenoise organic photodiode:1||bias stability:1||carriermobility:1||charge&#8208:1||colloidal nanowires:1||colloidal quantum dots:1||concentrated photovoltaics:1||conductivity:1||conjugated polyelectrolyte:1||conjugated polyelectrolyte surfactants:1||conjugated polymers:1||contact passivation:1||costeffective:1||crystallization:1||defectreduced:1||device geometry:1||device stability:1||dielectric:1||dopantfree hole transport materials:1||doping:1||dualphase:1||effect transistors:1||effective mobility:1||electrochemicallyexfoliated graphenes:1||electrolyte gated transistors:1||electrolyte gating:1||electrolytegated organic transistors:1||electrolytegated transistors:1||electromagnetic interference shielding:1||electron blocking layers:1||electronblocking layer:1||energy loss:1||facetspecific passivation:1||femtowattscale noise equiv. power:1||folding reliability:1||fullerene:1||gate dielectrics:1||graded:1||highk polymer dielectrics:1||highkdielectric:1||hybrid perovskiteconjugated polymer transistors:1||hysteresisfree:1||indoor photovoltaics:1||infrared solar cells:1||interfacial energetic offset:1||interfacial traps:1||interlayer:1||internet of things:1||ion diffusion:1||ionic dielectrics:1||ionic liquid:1||leadhalide perovskite:1||leadiodide perovskite:1||ligandassisted perovskite powder synthesis:1||liquid stateionic liquids:1||memristor:1||metal halide perovskite:1||morphology control:1||nip structure:1||ntype semiconductor:1||nanocomposite films:1||offcenter spin coating:1||opencircuit voltage:1||organic field&#8208:1||organic fieldeffect transistor:1||organic photodetectors:1||organic photovoltaic:1||organic semiconductor:1||organic transistors:1||perovskite solar cells:1||perovskite transistors:1||perovskites:1||photonics:1||photovoltaics:1||polymer blends:1||polymer dielectric blend:1||polymer dielectrics:1||polymer ordering:1||random configuration:1||random copolymerization:1||random polymerization:1||recycling of light energy:1||reliability factor:1||selfassembled monolayers:1||semiconducting conjugated polymer:1||semiconducting polymers:1||sodium acetate:1||solid stateionic liquids:1||solidstate electrolytes:1||solutionphase ligand exchange:1||solutionprocess:1||solvent effects:1||stoichiometry:1||suppressed dark current:1||surface ligands:1||thinfilm transistors:1||transport anisotropy:1||4terminal tandem:1||work function modulation:1||Ambient light harvesting:1||Amine oxide molecule:1||Antimony selenide:1||Bilayer dielectrics:1||Bottomgate electrolytegated transistors:1||C8BTBT:1||Carbon black (CB):1||Cathode interlayer:1||Charge transport:1||Chargetransporting layer:1||Chemical sensor:1||Chemiresistors:1||Colloidal quantum dots:1||Composite:1||Conjugated polyelectrolyte:1||Conjugated polyelectrolytes:1||Conjugated polymer semiconductor:1||Conjugated polymers (polymer electrolyte):1||Contact sensor:1||Crystallinity:1||CsPbBr3 allinorganic perovskite:1||Defect passivation:1||Dopantfree hole transport material:1||Dopantfree hole transport materials:1||Ecofriendly polymer:1||Electrochemical doping:1||Electrolyte dielectric:1||Electrolyte/semiconductor interface:1||Electromagnetic interference (EMI) shielding:1||Electrontransporting layer:1||Electrostatic gating:1||Energy level tuning:1||F8T2:1||Flexible electronics:1||

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