ScholarWorks@Dongguk University: Lee, Jae joon

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Lee, Jae joon (이재준)

College of Engineering (Department of Energy and Materials Engineering)

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Tel 02-2260-4979
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Perovskite solar cells:8||Dyesensitized solar cells:8||Stability:6||perovskite solar cells:5||Dopamine:4||Perovskite solar cell:4||Efficiency:3||Hole transport materials:3||Organic photovoltaics:2||Dyesensitized photovoltaics:2||chemical structure tuning:2||PbFree:2||Interface engineering:2||Perovskite:2||Ionic liquid:2||Perovskite Solar Cells:2||Perovskite photovoltaics:2||nanomaterials:2||Solar Cells:2||Electrodeposition:2||Poly(thionine):2||organic photovoltaic devices:2||Electrospray:2||Bismuth:2||Photovoltaic:2||Photovoltaics:2||Counter electrode:2||Panchromatic absorption:2||Chargetransfer:1||Chargetransfer resistance:1||Color rendering index:1||Conducting polymer:1||Conjugated polymer:1||Coordination complexes:1||Copper (I) thiocyanate:1||Copper Thiocyanate:1||Copper nanoparticles:1||Copper oxides:1||Copper(I) sulfide:1||Coppercobalt based spinel:1||Coppercobalt oxide:1||Cosensitization:1||Counter electrodes:1||Crystal structure:1||CuSCN hole transport layer:1||Cul:1||DFT calculation:1||DSSC:1||Defect passivation:1||Defect states:1||Desorption of Dye:1||Differential pulse volatammetry:1||Dispersion in water:1||Dissolution:1||Dopant free:1||Dopantfree hole transport material:1||Dopantfree hole transport materials:1||Dye sensitized solar cells:1||DyeSensitized Solar Cell:1||DyeSensitized Solar Cell (DSSC):1||Dyeregeneration:1||Dyesensitized photovoltaic cell:1||Edgecarboxylated graphene:1||Edgecarboxylation:1||Edgefunctionalized graphene nanoplatelets:1||Elastic tensile modulus:1||Electrocatalytic:1||Electrocatalytic activity:1||Electrochemical DNA sensor:1||Electrochemical Sensors:1||Electrochemical biosensor:1||Electrochemical detection:1||Electrochemical exfoliation:1||Electrochemical plating:1||Electrochemical sensor:1||Electrochemical supercapacitor:1||Electrochemical supercapacitors:1||Electrochemically active surface area:1||Electroless plating:1||Electrolyte:1||Electrolyte effect:1||Electrolyte/semiconductor interface:1||Electrolytes:1||Electron transport layer:1||Electrontransporting layer:1||Electronic defect passivation:1||Electropolymerization:1||Electrostatic gating:1||Energy Conversion:1||Energy Storage:1||Energy density:1||Energy level tuning:1||EthylenePolypropylene Copolymer (EPC):1||Extraction:1||FDTD:1||Fermi level:1||Finite difference time domain:1||Firstprinciples calculation:1||Flexible:1||Flexible solar cells:1||Fluorinated conjugated polymer:1||Fluorinedoped tin oxide:1||Functionalized and Doped Graphene:1||Glucose:1||Graphene:1||Graphene dispersion:1||Graphene nanoplatelet:1||Graphene oxide:1||GrapheneComposites:1||Graphite:1||Guanidium Lead Triiodide Diguanidinium lead&nbsp:1||HI bond:1||HOMO energy Level:1||HTM:1||Heattreated edgecarboxylated graphene:1||Hierarchical photonic structure:1||High sensitivity:1||High shunt resistance:1||High stability:1||High viscosity:1||High voltage DSSC:1||Hole selective contact:1||HoleTransporting Material:1||Holetransport bilayer:1||Hybridization:1||Hydrogen bonds:1||Hydrogen peroxide reduction reaction:1||Hydrogenation reaction:1||Hysteresisfree:1||Incident photontocurrent conversion efficiency:1||Indoor Dyesensitized photovoltaic:1||Indoor LED light source:1||Indoor dye sensitize photovoltaic:1||Indoor light condition:1||Indoor light conditions:1||Indoor light source:1||Indoor organic photovoltaic:1||Indoor organic photovoltaics:1||Indoor photovoltaic:1||Interaction mechanism:1||Interface charge recombination:1||Labelfree detection:1||LangmuirBlodgett technique:1||LargeScale Production:1||Leakage current:1||Leveler:1||Lewis acidbase adduct:1||Light trapping:1||Lightscattering layers:1||Longterm stability:1||Low temperature deposition:1||Low temperature process:1||Low temperature processing:1||Lowlight harvesting:1||Lowtemperature:1||Luminescent downshifting:1||Material Abundance:1||Mechanism:1||Metalfree organic dye:1||Mixedcation:1||Molecular engineering:1||Morphology:1||Myoglobin:1||Nanofibers:1||NiOx:1||Nickel oxide:1||Nickel oxide nanoparticles:1||Nonenzymatic:1||Nonfullerene acceptors:1||Nongeminated recombination:1||Nongeminated recombination losses:1||Nonhydrolytic:1||Open circuit voltage:1||Optical asymmetry:1||Optical modelling:1||Organicinorganic hybrid lead halide perovskite:1||Overlapped film:1||Oxygen vacancy, intercalationtype electrodes:1||P3HT:ICBA:1||PC71BM:1||PDTBTBz2F(anti):1||Partial replacement of Pb:1||Pb free Perovskite solar Cells:1||Pbfree perovskite solar cells:1||Perovskite Powder:1||Perovskite solar Cells:1||Perylene diimide:1||Phase transition:1||PhasestableFAPbI3:1||Photosensitizer:1||Photosensitizers:1||Pickling:1||Plastic substrates:1||Poly(3,4ethylenedioxythiophene):1||Poly(3hexylthiophene):1||Poly(vinylidenefluoridecohexafluoropropylene):1||Poly[(2,5bis(2hexyldecyloxy) phenylene)alt(5,6difluoro4,7di(thiophen2yl)benzo[c][1,2,5] thiadiazole)]:1||Polymer blend electrolyte:1||Polythiophene:1||Powerconversion efficiency:1||Quantumdot sensitized solar cells:1||QuasiSolidState Electrolyte:1||Quasisolidstate:1||Quaternary:1||Random copolymerization:1||Raoult’s law:1||Reduced graphene oxide:1||Ruthenium polypyridyl complex:1||Rutheniumbased dyes:1||Sealing Spacer:1||Seethrough photovoltaics windows:1||Semicrystalline polymer:1||Sensitivity:1||Sensitivity control:1||Sensitizationbased solar cells:1||Sensitizers:1||Series and shunt resistance:1||Shunt resistance:1||Silicon:1||Single grain:1||Singlediode equivalent circuit model:1||Sn based Perovskite solar cell:1||Sn based perovskite solar cell:1||Snbased perovskite solar cells:1||Solar Recycling:1||Solar cells:1||Solar energy:1||Solidstate dyesensitized solar cell:1||Solidstate electrolyte:1||Spatial collection efficiency:1||Specific capacitance:1||Spectrum overlap:1||SrF2:1||SrF2:Pr3+Yb3+:1||Structural defects:1||Superior crystallinity:1||Surface interface:1||Surface modification:1||Surface passivation:1||Surfactant:1||Surlyn Film:1||Sustainable Photovoltaics:1||TMSOPbI3 nanorod:1||Tandem cells:1||Ternaryblend:1||Tetrathiafulvalene:1||Thermal and Chemical Stability:1||TiN nanoparticles:1||TiO2 nanoparticles:1||TiO2 nanorods:1||Titanium oxide nanoparticle:1||Transition metal selenide (TMSe):1||Transmittance:1||Transparency:1||Transparent electrolyte:1||Trap passivation:1||Trapassisted recombination:1||Trapassisted recombinations:1||Triiodide Diffusion:1||Trimethylsulfonium(TMS plus ):1||Triple cation perovskite:1||Trivalent:1||Tungsten oxides:1||Twodimensional:1||TypeI and II:1||Ultrathick photoactive layer:1||Ultraviolet:1||Uric acid:1||Vertical charge transport:1||Wrinkled film:1||Z907:1||Zincporphyrin dye:1||alcohol dehydrogenation:1||aprotic materials:1||aptamers:1||aromatic:1||artificial light cells:1||bidentate anchoring:1||binary electrolyte:1||biomarkers:1||biomolecules:1||biosensor:1||bond cleavage:1||brightener:1||bulk defects:1||catechol:1||cellulose nanofibers:1||charge transfer:1||cholesterol:1||cosensitization:1||coherence length:1||colored solar cells:1||colorfilter:1||composites:1||concentrated photovoltaics:1||conduction band edge of TiO2:1||conjugated polymers:1||crystallization control:1||defect passivation:1||defect passivations:1||device stability:1||different source of indoor light:1||diffuse reflection:1||diffused light:1||diketopyrrolopyrrole:1||donoracceptor small molecules:1||donoracceptordonors:1||dopantfree hole transport materials:1||downconversion:1||dye degradation:1||dyesensitized photoelectrochemical cell:1||dyesensitized photoelectrochemical cells:1||dyesensitized photoelectrosynthesis cell:1||dyesensitized photovoltaics:1||dyesensitized solar cell:1||dyesensitized solar cells and thermodynamics:1||dyesensitized solarcells (DSSCs):1||dyetoTiO<sub>2</sub> chargetransfer:1||efficiencies:1||electrical doublelayer supercapacitor:1||electrooxidation:1||electrochemical:1||electrochemical biosensing:1||electrochemical capacitor:1||electrochemical synthesis:1||electrochemistry:1||electrolyte:1||electron injection. typeII sensitizer:1||energy conversion:1||energy loss:1||equivalent circuit model:1||ferrocene:1||fused ring systems:1||grain boundary:1||graphene:1||guanidine nitrate:1||heterogeneous photocatalysis:1||high dielectric constant:1||holetransport materials:1||hybrid perovskite:1||hydrogen:1||hydrogen atom transfer:1||hydrogen evolution reactions:1||hydrogen production:1||hysteresisfree:1||indoor light conditions:1||indoor lighting conditions:1||indoor organic photovoltaics:1||interfacial charge transport kinetics:1||interfacial polarization:1||intramolecular:1||irradiance power intensity:1||large areas:1||lewis acid and base units:1||light harvesting:1||light scattering:1||lignin:1||lignin conversion:1||limit of detection:1||lowintensity illumination:1||lowintensity light condition:1||luminance:1||luminescence tuning:1||luminescent solar concentrator:1||maximum output power density:1||mild conditions:1||moisture endurance:1||morphology:1||myocardial infarction:1||nickel:1||nonradiative recombination:1||nonradiative recombination:1||open circuit voltage:1||opencircuit voltage:1||organic fieldeffect transistor:1||organic fluorophore:1||oxygen evolution reactions:1||parasitic resistance effects:1||perovskite photovoltaics:1||perovskite powder:1||perovskite solar cell:1||photooxidation:1||photocatalysis:1||photoelectrochemical:1||photophysics:1||photovoltaic cells:1||polymer matrix:1||polymer ordering:1||polythiophene:1||pyrazine:1||rGOFET:1||random configuration:1||random copolymerization:1||recombination:1||recombination losses:1||redox mediator:1||reduced graphene oxide (rGO):1||renewable energy:1||semiconducting conjugated polymer:1||semiconducting polymers:1||series and shunt resistances:1||sidechain engineering:1||small molecules:1||solar cells:1||solar energy:1||solar fuel cells:1||spectrum matching:1||stabilities:1||stable perovskite solar cells:1||standalone photoelectrochemical cells:1||sulfonium additives:1||surface area:1||surface plasmon resonance:1||surface reconstruction:1||ternary cation perovskites:1||tetraiodide:1||thermal stability:1||thionine:1||trap passivation:1||trapassisted transition energy levels:1||trimethylsulfonium (TMS+):1||trimethylsulfoxonium (TMSO+):1||triplecation perovskite:1||vacancy:1||water splitting:1||wideangle Xray scattering:1||1Octanol:1||zeolitic imidazole framework:1||1dimensional/3dimensional (1D/3D):1||4Nitrophenol:1||5Methylthio1,3,4thiadiazole2thiol:1||Adhesion Strength:1||Ambient illumination:1||Ambient lighting:1||And fuel cell:1||AntiSolvent Technique:1||Antisolvent:1||Aptasensor:1||Artificial photosynthesis:1||Au nanoparticles:1||Background charge carrier density:1||Binary additives:1||Binary redox couple:1||Binary redox electrolyte:1||Binderfree TiO2 paste:1||Boron nitride nanosheets:1||Bottomgate electrolytegated transistors:1||C/O ratio:1||CO2 reduction:1||CO2 reduction reactions:1||Carbon Black:1||Carbon tetrachloride:1||Carrier:1||Charge carrier mobility:1||Charge collection:1||

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