ScholarWorks@Korea University: Shim, Jae Won

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Shim, Jae Won (심재원)

College of Engineering

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Tel 02-3290-3224
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Indoor organic photovoltaics:6||Organic photovoltaics:6||indoor organic photovoltaics:6||Hole transport layer:3||indoor photovoltaics:3||Capacitor leakage current:3||Indoor light conditions:3||Indoor photovoltaics:3||organic photodiode:2||Transmittance:2||organic photovoltaics:2||parasitic resistance effects:2||Poly (4styrenesulfonic acid) doped polyaniline:2||Nonfullerene acceptor:2||Indoor application:2||Ultrathin indium zinc oxide:1||Dopedpolyaniline:1||low frequency noise:1||Perovskite solar cells:1||Indoor dye sensitize photovoltaic:1||maximum output power density:1||ZnO nanoparticle:1||Filament doping:1||Ultrathin indium tin oxide:1||Ultrathick photoactive layer:1||Organic photovoltaic devices:1||single inversion AND logic gate:1||Halogen lamp:1||Electroncollecting electrode:1||Flexible organic photovoltaics:1||Conductive polymers:1||Lowintensity lighting conditions:1||Dyesensitized photovoltaic cell:1||photoactive materials:1||planar heterojunction (PHJ):1||MXene:1||morphological evolution:1||multicomponent photoactive layers:1||control of absorption range:1||device performance:1||Transparent conductive oxide:1||Selfassembled monolayer:1||ternary solar cell:1||Selfassembled monolayer doping:1||High opencircuit voltage:1||Ligand passivation:1||Perovskite quantum dot:1||Ambient light harvesting:1||Electrode work function (WF):1||transparent electrode:1||Parallel tandem organic photovoltaics:1||Third component:1||thinfilm transistor:1||Stoichiometrycontrol:1||Organic photovoltaic cell:1||organic photovoltaic devices:1||selfassembled monolayers (SAMs):1||interdigitated horizontal electrode (IHE):1||complementary circuit:1||Aldoped TiO:1||perovskite solar cells:1||Photostability:1||Cyclodextrin–polyacryloyl hydrazide (CD–PAH):1||Power conversion efficiency:1||colorful organic photovoltaics:1||Sensitizers:1||Absorption:1||OLED:1||high efficiency:1||widebandgap polymers:1||ALD nanolaminates:1||Sidechain modification:1||inverters:1||Perovskite transistors:1||thick organic blocking layer:1||Indoor organic solar cells:1||Amine oxide molecule:1||femtoscale noise current:1||effective mobility:1||Fill factor:1||Parasitic resistance effects:1||irradiance power intensity:1||Organic photovoltaic:1||coherence length:1||dip coating:1||Poly[(2,5bis(2hexyldecyloxy) phenylene)alt(5,6difluoro4,7di(thiophen2yl)benzo[c][1,2,5] thiadiazole)]:1||Flexible:1||(2):1||mITICOEH:1||Panchromatic absorption:1||Annealing:1||nozzle printing:1||random copolymers:1||polystyrene sulfonate:1||Organic photovoltaics stability:1||recognition task:1||enhanced crystallinity:1||highworkfunction (WF) electrode:1||Highwork function:1||charge carrier dynamics:1||quantum dot photodiode:1||Yseries acceptors:1||output power density:1||photovoltaics:1||Enhanced outdoorindoor efficiency:1||2dimension transition metal dichalcogenidesmaterials:1||chargecarrier dynamics:1||Conductivity:1||Flexibility:1||Organicindoorphotovoltaic:1||Holecollecting interlayer:1||Poly (4styrenesulfonic acid) doped poly (3,4ethylenedioxythiophene):1||different source of indoor light:1||conjugated polymers:1||equivalent circuit model:1||PC71BM:1||frequency doubler:1||indoor photovoltaic:1||Ambient illumination:1||Performance evaluation:1||parasitic resistance:1||wearable electronics:1||interfacial layers:1||titanium carbide:1||internet of things:1||photoactive layer doping:1||titaniumcarbide MXenes:1||Yseries acceptor:1||Interfacial engineering:1||Solidstate electrolyte:1||Ion migration:1||selective nearinfrared detection:1||suppressed electronic noise levels:1||2PACz derivatives:1||Density functional theory calculation:1||endgroup modification:1||RoundtheClock functioning organic:1||Dimerized nonfullerene acceptor:1||Aesthetics:1||Organic solar cell:1||luminance:1||wideangle Xray scattering:1||recombination losses:1||PDTBTBz2F(anti):1||surface energy:1||Sheet resistance:1||Semicrystalline polymer:1||Singlediode equivalent circuit model:1||2D semiconductor:1||artificial light harvesting:1||electron extraction layer:1||Surface modification:1||Transparent composite electrode:1||solutionprocessed TiO2:1||Electrolytes:1||Cosensitization:1||interdiffusion:1||planarization:1||photovoltaic cells:1||perovskite photovoltaics:1||recycling of light energy:1||hole transport layer:1||Molecular engineering:1||Cathode interlayer:1||work function modulation:1||organic photovoltaics (OPVs):1||Enhanced efficiency:1||Alloylike phase:1||low temperature polycrystalline silicon:1||barrier height:1||Luminescent solar concentrator:1||Bromine doping:1||Polymeric electrode:1||Doping concentration:1||Indoor light condition:1||Poly(ethyleneimine)ethoxylated:1||indoor lighting conditions:1||Microcavity effect:1||low power consumption:1||tandem:1||organic solar cells:1||metal electrode:1||ambient light conditions:1||interfacial optimization:1||metal:1||Indoor organic photovoltaics (OPVs):1||indoor stress conditions:1||additive engineering:1||Organic semiconductor:1||In2O3:V2O5 nanocompounds:1||Poly(3hexylthiophene):1||Perovskitepolymer composite:1||selfscreenable optical window:1||Long carrier lifetime:1||Asymmetric acceptor:1||CoSputtering process:1||Dopinglevel:1||Electroncollecting interlayers:1||spectrum matching:1||nanoscale spacing:1||ZnO/Ag/ZnO transparent conducting electrode:1||Copper nanowires:1||oxide:1||Stability:1||Ambient lighting:1||Powerconversion efficiency:1||optical modulation effects:1||electronic textiles:1||artificial light cells:1||Photodiode:1||Photodetector:1||polypyrrole:1||Indoor organic photovoltaic:1||High power conversion efficiency:1||Charge selectivity:1||Transparent conducting electrode:1||multicomponent photoactive layer:1||multispectrum image sensor:1||interface engineering:1||Titanium carbonitride MXene synthesis:1||organic photovoltaic:1||Improved opencircuit voltage:1||linear dynamicrange:1||Holeextractionlayer:1||Tungsten oxide:1||Electronblocking layer:1||Indoor and outdoor light harvesting:1||Poly(3,4ethylenedioxythiophene) polystyrene sulfonate:1||diffused light:1||series and shunt resistances:1||finitedifference time domain:1||Dyesensitized photovoltaics:1||Rutheniumbased dyes:1||charge transport layers:1||transparent conducting electrodes:1||Photovoltaic systems:1||Lighting:1||Electrodes:1||Heterojunctions:1||stability:1||transparent conductive electrodes:1||molecular ordering:1||Electrode work function:1||Longterm stability:1||2D0D hybrid:1||optical multilevel memory:1||highk dielectric:1||Microstructure engineering:1||Metalinsulatormetal capacitors:1||sidechain engineering:1||selfassembled monolayer:1||electron transport layer:1||Twodimensional MXene:1||metalinsulatormetal (MIM) capacitors:1||Middle transparent electrode engineering:1||Opencircuit voltage:1||Organic photodetectors:1||

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