ScholarWorks@Hongik: Kim, Young Kwan

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Kim, Young Kwan (김영관)

Engineering (Applied Science)

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OLED:53||Fluorescence:25||OLEDs:24||Blue OLED:22||Anthracene:19||Organic lightemitting diode:15||organic lightemitting diode:14||electroluminescence:13||fluorescence:13||organic lightemitting devices:12||Phosphorescence:12||organic lightemitting diodes:12||luminance efficiency:10||phosphorescence:10||Organic LightEmitting Diode:10||Blue Fluorescence:9||Organic LightEmitting Diodes:9||Electroluminescence:9||Blue OLEDs:9||optical properties:8||Red fluorescence:8||iridium complex:7||Fluorene:7||Organic lightemitting diodes:7||electrical properties:7||Triphenylsilane:6||Arylamine:6||Iridium Complex:6||Suzuki crosscoupling reaction:6||blue fluorescence:5||White Organic LightEmitting Diodes:5||ABCVP:5||organic thinfilm transistor (OTFT):5||Blue fluorescence:5||fluorene:5||white organic lightemitting diodes:5||photoluminescence:5||White organic lightemitting diodes:5||mixed layer:4||organic lightemitting device:4||Red Phosphorescence:4||Hysteresis:4||pentacene:4||Iridium complex:4||ITO:4||Carbazole:4||Bianthracene:4||energy transfer:4||vapor deposition polymerization (VDP):4||BDATP:4||Red Fluorescence:4||Pyrene:4||Emitting Material:4||organic electroluminescent devices:4||Triplet Exciton Confinement:4||Organic thinfilmtransistors(OTFTs):3||luminescence mechanism:3||carbazole:3||blue phosphorescent organic lightemitting diodes:3||Suzuki Reaction:3||Suzuki CrossCoupling Reaction:3||ABCVTh:3||Phosphorescent OLEDs:3||WOLEDs:3||charge balance:3||emission:3||anthracene:3||Chemical synthesis:3||HornerWadsworthEmmons reaction:3||Luminescence:3||PCBM:3||blue:3||Blue fluorescent materials:3||Blue emission:3||Lifetime:3||Simple structure:3||annealing:3||Energy transfer:3||Electrophosphorescence:3||organic thin film transistor:3||Triplet Harvesting:3||MicroCavity Effect:3||Spacer:3||Ir(III) complex:3||red:3||cyclic voltammetry:3||Hybrid white organic lightemitting diodes:3||Deepblue emission:3||current density:3||Triphenylamine:3||red phosphorescence:3||Broad Recombination Zone:3||Mixed Host:3||Iridium Complexes:3||tButyl group:3||efficiency:3||Blue fluorescent dopant:3||Red phosphorescence:3||Vapor deposition polimerization(VDP):3||Adhesion layer:3||Organic compounds:3||Molecular electronics:3||luminescence:3||Phosphorescent:3||Electroluminescent:2||Suzuki reaction:2||Suzukicoupling reaction:2||switching device:2||Electromer:2||Organic light emitting diode:2||4 &apos:2||efficiency rolloff:2||Electron Mobility:2||Organic semiconductor:2||Organic thinfilm transistor (OTFT):2||Iridium(III) complexes:2||Julolidine:2||Electron Transport Layer:2||triplet excitons:2||triplet harvesting:2||Electron donating group:2||triplettriplet annihilation:2||4,4 &apos:2||Thin film transistor:2||Chromene derivatives:2||Langmuirblodgett techniques:2||Threshold Voltage Shift:2||vapor deposition polymerization:2||PET substrate:2||white OLEDs:2||Diarylanthracene:2||Blue:2||white organic lightemitting diode:2||Passive matrix:2||Blueemitting materials:2||녹색 인광 유기발광다이오드:2||Triphenylene:2||DielsAlder reaction:2||TripleEmitting Layer:2||Blue Fluorescence Material:2||green phosphorescent organic lightemitting diodes:2||Luminous efficiency:2||Epsilon negative:2||Triplet exciton confinement:2||heteroleptic ligands:2||hole blocking layer:2||HornerWadsworthEmmons Reaction:2||Phosphorescent OLED:2||Two phosphorescent dyes:2||Vapor deposition polymerization (VDP):2||Phosphorescent Organic LightEmitting Diode:2||WOLED:2||Anthracene Derivatives:2||impedance spectroscopy:2||Phosphorescent materials:2||MLCT.:2||White OLED:2||Diphenylaminofluorene derivatives:2||Phosphors:2||indole:2||Memory:2||HostDopant System:2||Excess holes:2||White organic light emitting diodes:2||Metal/insulator interfaces:2||White phosphorescent organic lightemitting diodes:2||Al:2||Blue Material:2||Hybrid White Organic LightEmitting Diodes:2||Pyran:2||luminous efficiency:2||Mixed Host System:2||Blue PHOLED:2||BuchwaldHartwig reactions:2||Blue Phosphorescent Organic Light Emitting Diodes:2||mixed host emitting layer:2||adhesion layer:2||molecular electronics:2||molecular memory:2||adhesion layer.1. IntroductionThe electrical performances of organic thinfilm transistors (OTFTs) have been improved for the last decade. Inorganic materials have been gene:2||multiple heterostructure:2||multiple heterostructures:2||Blue Phosphorescent Organic LightEmitting Diode:2||Quinoline:2||Mixedhole transporting layer:2||FIrpic:2||band gap:2||ITOFree:2||3TPYMB:2||organic compounds:2||organic electroluminescence:2||blue OLED:2||blue OLEDs:2||organic electroluminescent device:2||Red Fluorescent Emitter:2||Blue and White Phosphorescent Organic LightEmitting Diodes:2||5Benzoyl2phenylpyridine ligand:2||Red PHOLEDs:2||organic light emitting diode:2||blue emitting layer:2||organic materials:2||blue fluorescent materials:2||organic thinfilm transistor:2||DCJTB derivative:2||blue phosphorescence:2||DCJTB derivatives:2||Naphthalene:2||boron.:2||Naphthoanthracene:2||phosphorescent:2||phosphorescent OLEDs:2||phosphorescent organic lightemitting diodes:2||Fluoranthene:2||Ni/Ag/Ni:2||Blue emitter:2||DoubleEmitting Layer:2||platinum complex:2||polishing:2||DFT:2||Ir complex:2||Fluorine:2||Alq3 cation:2||pyrene:2||OTFT:2||color purity:2||Fullerene:2||Simmons model:2||red dopant:2||red doped OLEDs:2||color stabilization:2||Active matrix:2||Optical transmittance:2||red phosphorescent material:2||Single white dopant:2||crossbar:2||SingletTriplet Annihilation:2||Bipolar Anthracene:2||Charge Control Layer:2||Bipolar Host:2||Green Phosphorescence:2||defect tolerance:2||density functional theory:2||6chloro3phenylpyridazine:2||Degradation:2||stepwise doped hole transport layer:2||Organic Lightemitting Diodes:2||Suzuki coupling:2||Suzuki coupling reaction:2||Gate dielectric:1||Gaussian fitting:1||Graphene:1||Green:1||Green PHOLEDs:1||Green Phosphorescent OLEDs:1||Green Phosphorescent Organic Light Emitting Diodes:1||Green emission:1||Green host:1||Green phosphorescence:1||Green phosphorescent host:1||Green phosphorescent organic lightemitting diode:1||Heavily doped phosphorescent emitter:1||Heteroatoms:1||Heterocycle:1||Heterocyclic Compound:1||Heterojunction:1||Heteroleptic Iridium Complex:1||Heteroleptic iridium complexes:1||Heteroleptic triscyclometalated iridium complex:1||Heterostructure:1||Hole Blocking Ability:1||Hole Extraction Ability:1||Hole Injection:1||Hole Injection Barrier:1||Hole Modulating Layer:1||Hole injection:1||Hole injection layer:1||Holeonly devices:1||Hopping conduction:1||HornorWadsworthEmmons Reaction:1||Host:1||Host Material:1||Host material:1||HostEmitter:1||Hostdopant:1||Hybrid:1||Hybrid White Organic Light Emitting Diodes:1||Hybrid blue OLEDs:1||Hybridspacer:1||Hydroxyphenyl Group:1||HyperFluorescence:1||I A group metal complex:1||IP:1||ITOFree Electrode:1||ITOfree:1||Imidazolepyridine Derivatives:1||Imidazophenanthroline:1||Impedance Spectroscopy:1||Impedance spectroscopy:1||Indanedione group:1||IndenoPhenanthrene:1||IndenoTriphenylene:1||Indenophenanthrene:1||Indenoquinoline:1||Indium tin oxide:1||Indole:1||InterLigand Energy Transfer:1||Intramolecular Charge Transfer:1||Ir (iridium) complex:1||Ir(F2ppy) (2) (pq):1||Ir(F2ppy)2(pq):1||Ir(III) Complexes:1||Ir(III) complexes:1||Ir(PFdpq5F)(2)(acac):1||Ir(dfppy)(2)(pq):1||Ir(ppy)(2)(dpq3F):1||Ir(ppy)(3):1||Ir(pq) (2) (F2ppy):1||Ir(pq) 2(F2ppy):1||Ir(pq)(2) (box):1||Ir(pq)(2)(tpy):1||Ir(pq)(2)BOX:1||Ir(pq)(2)BTZ:1||Ir(tpq)(2)(acac):1||Ir(tpy)(2)(pq):1||IrIII Complex:1||Iridium Bis(4Methyl2,3PhenylquinolinatoN,C2) Fluorophenylpyrazolonate Complex:1||Iridium bis[(4,6difluorophenyl)pyridinatoN,C2] Picolinate:1||Iridium(III) Complex:1||Julolidine Derivative:1||Julolidine Derivatives:1||Julolidine group:1||LangmuirBlodgett (LB) film:1||LangmuirBlodgett (LB) method:1||Lifetime assessment:1||Ligand:1||Light emitting diodes:1||Lightemitting diode:1||Logic circuits:1||Logic devices:1||Low temperature process:1||Luminance Efficiency:1||Luminance Efficiency Enhancement:1||Luminance efficiency enhancement:1||Luminous Efficiency:1||MADN:1||MEHPPV:1||MIM devices:1||MLCT:1||MOEMS:1||Magnetic field effect:1||Memory architecture:1||Metacarbonylated phenylpyridine ligand:1||Metal electrode:1||Metalorganic chemical vapor deposition:1||Methylcyclohexylpyranderivatives:1||Microcavity effect:1||Microcavity effect:1||Microwaveassisted Suzukicoupling reaction:1||Mixed Layer:1||Mixed Spacer:1||Mixed electron transport layer:1||Mixed electron transporting layers:1||Mixed host:1||Mixed layer:1||Modulus spectroscopy:1||Molecular Memory Cell:1||Molecular memory:1||Multimetal thinfilms:1||Multiple Heterostructure:1||NPhenylcarbazole derivatives:1||Nnaphthalenyl aminomethyl phenol:1||NPB:1||Nanoparticles:1||Nanoscale barrier and trapping layer:1||Nanowires:1||New Host Material:1||New Iridium Complex:1||Ni/Ag/Ni Electrodes:1||Nickel Oxide:1||Nickel oxide:1||NonDoping OLEDs:1||Norbonenyl group:1||Nuclear magnetic resonance (NMR):1||O2 plasma:1||OLED (organic light emitting diode):1||OLED Materials:1||OLED emitters:1||OLED(organic lightemitting diode):1||Optical Properties:1||Optical Property:1||Optical properties:1||Optical property:1||Orange Dopant:1||Orange Iridium Compound:1||Orange OLED:1||Orangered Ir(III) complexes:1||Orangered emission:1||Organic Buffer Layer:1||Organic Light Emitting Devices:1||Organic Light Emitting Diodes:1||Organic LightEmitting Diodes (OLED):1||Organic compound:1||Organic electron injection material:1||Organic light emitting device:1||Organic light emitting diodes:1||Organic lightemitting devices:1||Organic lighting emitting diodes:1||Organic memory cells:1||Organic thinfilm transistors:1||OrganicOrganic Interdiffusion:1||OrganicOrganic Interface:1||Oxadiazolylphenolate:1||Oxides:1||Oxygen Plasma:1||Oxygen plasma:1||PBD:1||PFVtPh:1||PHOLEDs:1||PPP:1||PPV:1||Passivation:1||Passivation layer:1||Pentacene:1||Pentacene Thin Film Transistors:1||PhOLED:1||Phenanthroline:1||Phenyl Benzoazole:1||Phenylcarbazole:1||Phenylpyrazole ligand:1||Phenylquinoline Ligand:1||Phosphorsensitizedfluorescent OLEDs:1||Phosphorescent Host:1||Phosphorescent Sensitizer:1||Phosphorescent host:1||Phosphorescent organic light emitting diodes:1||Phosphorescent organic lightemitting diodes:1||Phosphorescent white organic lightemitting diodes:1||Plastic substrate:1||Platinum (II) Complex:1||Platinum(II) Complexes:1||Poly(3hexylthiophene1,5diyl):1||Polymer:1||Polymer insulator:1||Polymeric Gate Dielectric Layer:1||Polymeric insulator:1||Proper recombination balance:1||Pt(II) Complex:1||Pyran derivative:1||Pyrazolonate:1||Pyrazolonebased ancillary ligands (przl series) Iridium complex Red phosphorescence:1||Pyridine:1||Pyridine/IsoquiolineCarbazole Containing Materials:1||Quantum Efficiency:1||Quantum dot:1||Quantum dots:1||Quenching process:1||RCA:1||RGBWOLEDs:1||Recombination extension:1||Recombination zone:1||Red:1||Red Dopant:1||Red Emission:1||Red Emitter:1||Red OLED:1||Red OLEDs:1||Red Phosphorescent Organic LightEmitting Diodes:1||Red emitter:1||Red fluorescent emitter:1||Red fluorescent materials:1||Red organic lighting emitting diodes:1||Red phosphorescent:1||Red phosphorescent dopant:1||Red phosphorescent organic lightemitting diodes:1||Red, yellow phosphors:1||RedEmissive:1||RedOLED:1||Redundancy:1||Reliability:1||Reverse intersystem crossing:1||Reverse micelle:1||RollOff Efficacy:1||Rubrene:1||Rubrene cohost:1||Scalable memory:1||SemiTransparent:1||Semitransparent Anode Electrode:1||Semitransparent Electrode:1||Semitransparent Electrodes:1||Semitransparent electrode:1||Simple:1||Single Emissive Layer:1||Single emissive layer:1||Singlettriplet annihilation:1||Small Molecular:1||Solution Process:1||Stability:1||Stepwise Doping Structure:1||Stepwise Electron Transporting Layer:1||Styrylamine:1||Substitution:1||Surface energy:1||Surface free energy:1||Surface morphology:1||Suzuki CrossCoupling Reactions:1||Suzuki cross coupling reaction:1||Suzuki crosscoupling:1||Switches:1||Switching functions:1||TADF:1||TAPC:1||TCTA:1||TCTA buffer layer:1||TIPSPentacene FETs:1||TM Host:1||TPD:1||Tetradentate Ligand:1||The different functional material:1||The extremely low doping concentration:1||Thermal Stress:1||Thermally Activated Delayed Fluorescence:1||Thermally activated delayed fluorescence:1||Thermally activated delayed fluorescence (TADF):1||Thickness of CBP spacer:1||ThinFilm Transistors:1||Thinfilm transistor:1||Thinfilm transistors:1||TiO2:1||TopEmitting Organic Light Emitting Diodes (TEOLEDs):1||Total only two organic materials:1||Transistor:1||Transparent electrode:1||Trapping Layers:1||TriMetal Layer:1||Trimetal layer electrode:1||Trifluoromethyl Group:1||Trimethylsiliyl group:1||Trimethylsilyl Group:1||Triphenyamine:1||Triphenylene derivatives:1||Triplet Exciton:1||Triplet Exciton Blocking Layer:1||Triplet Exciton Control:1||Triplet Modulation (TM) Layer:1||Triplet exciton blocking layer:1||Triplet harvesting:1||Tripletmanaging host:1||Two Different Blue Fluorescent Emitters:1||Two Phosphorescent Dyes:1||UVozone treatment:1||Various 100% internal quantum efficiency:1||Various electrontransporting materials:1||WVTR:1||White CIEx,y coordinates:1||White Emission:1||White LightEmitting:1||White Organic LightEmitting Diode:1||White PHOLED:1||White Phosphorescent Organic LightEmitting Devices:1||White Phosphorescent Organic LightEmitting Diodes:1||White devices:1||White emission:1||White phosphorescent organic lightemitting devices:1||Wires:1||Yellow LightEmitting:1||Zinc oxide:1||Zn(BTZ)(2):1||Zn1xCdxS:1||ZnO Transistor:1||ZnO transistor:1||[6,6]Phenyl C61Butyric Acid Methyl Ester:1||a mixed layer:1||a new red fluorescent material:1||a redemissive:1||absorption:1||active matrix:1||adamandane:1||anode buffer layer:1||aquaregia:1||arylamine:1||asymmetric monotriphenylaminesubstituted anthracenes:1||atomic force microscopy:1||atomic layer deposition:1||azomethine metal complex:1||benzo[q]quinoline derivatives:1||bicyclo[2,2,2]octane:1||bipolar:1||bis(2methyl8quinolinato)4phenylphenolate:1||blue LED:1||blue PHOLEDs:1||blue color purity:1||blue devices:1||blue emitter:1||blue fluorescent dopant:1||blue lightemitting diodes:1||blue lightemitting layer:1||blue or white lightemitting layer:1||blueemitting material:1||bold>:1||buchwaldhartwig crosscoupling:1||buffer layer:1||bulk micromachining:1||cPVP organic buffer layer:1||cpoly vinyl alcohol:1||carbazole derivative:1||carrier blocking:1||carrier transport:1||carrier transport mechanism:1||cathode:1||charge carrier trapping directly:1||charge control layer:1||charge pump:1||chelate metal complexes:1||chelatemetal complexes:1||chemical synthesis:1||chromene groups:1||codeposition:1||codoping:1||color coordinates:1||color rendering index:1||color stability:1||color stabilized:1||concentration quenching:1||conductive host:1||contact angle measurement:1||contact barrier effect:1||crosslinking:1||curing of polymers:1||cyclic voltammetric measurement:1||deep blue emission:1||deep blue emitting materials:1||deep blue organic lightemitting device:1||deepblue emittingmaterials:1||device simulation:1||dibenzochrysene:1||dielectric materials:1||dielectric properties:1||diphenylamine:1||diphenylaminofluorene derivatives:1||diphenylanthracene:1||diphenylvinylarene:1||direct tunneling:1||display:1||display systems:1||donoraromaticdonor:1||dopant:1||dopant molecular structure:1||doped hole transport layer:1||doping concentration:1||double emissive colors:1||double emitting layer:1||doubleemitting layer:1||driving voltage:1||dropcasting:1||dual blueemitting layer:1||effective doping concentration:1||efficiency enhancement mechanism:1||efficiency stabilization:1||electroluminescence mechanism:1||electroluminescence(EL):1||electroluminescent:1||electromagnetic micromirror:1||electron injection:1||electron transport layer:1||electron transport mechanism:1||electronic materials:1||electronic transport:1||eletrophosphorescence:1||emitting layer:1||emitting site:1||energy band gap:1||equivalent circuit model:1||europium complexes:1||evaporation:1||excimer:1||exciplexes:1||exciton confinement:1||exciton formation zone:1||exciton harvesting:1||exciton recombination zone:1||fieldeffect mobility:1||flexible substrate:1||fluoranthene:1||fluorescent dopant:1||fluorinated 2,3diphenylquinoxaline ligand:1||fluorinated phenylisoquinoline ligand:1||fullcolor display:1||gate dielectric:1||gate insulator:1||gray scale:1||green emission:1||green thermally activated delayed fluorescence:1||hetero electrode:1||heteroelectrode.:1||heteroleptic:1||heteroleptic triscyclometalated iridium(III) complexes:1||high efficiency, hole trap:1||hole blocking:1||hole injection:1||hole transport layer:1||hole transporting layer:1||holeonly devices:1||hopping conduction:1||host:1||host materials:1||hostguest system:1||hybrid:1||hysteresis:1||hysteresis behavior:1||impurity doping:1||indenotriphenylene:1||indeno[1:1||indenophenanthrene:1||indenoquinoline:1||indiumtin oxide:1||indiumtinoxide:1||interfacial mixed layer:1||intramolecular charge transfer:1||iridium:1||iridium complexes:1||iridium(III) bis(5acetyl2phenylpyridinatoN:1||irradiation:1||langmuirBlodgett techniques:1||lifetime:1||ligand:1||light emitting characteristics:1||light extraction efficiency:1||lightemitting diode:1||lndenoquinoline:1||long conjugated length:1||lowtemperature process:1||luminence efficiency:1||mCP:1||memory:1||metal bilayer:1||metal/insulator interfaces:1||mixed elelctron transport layer:1||mixed host:1||molecular electronic device:1||molecularscale memory:1||mono(triphenylamino)anthracene derivatives:1||multilayered OLEDs:1||multiple emitting layers:1||multiple quantum well:1||nPentylbicyclo[2,2,2]octane:1||naphthalene:1||neat BCP:1||new host material:1||nickel buffer layer:1||nickel oxide:1||onoff current ratio:1||optimization:1||optoelectronic devices:1||orange OLED:1||orange phosphorescence:1||organic crystals:1||organic electroluminescence devices:1||organic electroluminescent:1||organic electronics:1||organic gate dielectric layer:1||organic gate insulator:1||organic insulator:1||organic light emitting diodes:1||organic lightemitting devices (OLEDs):1||organic lightemitting diodes(OLEDs):1||organic thin film transistors:1||organic thinfilm transistors:1||organic vapor deposition polymerization:1||output characteristics:1||oxide tft:1||p and nType Host Materials:1||parylene C:1||passivation:1||passive matrix:1||phenylpyridazine:1||phosphorescent OLED:1||phosphorescent sensitizer:1||phosphorescent white organic lightemitting diodes:1||phosphorescentOLEDs:1||photoacryl:1||photoelectronic application toward lightemitting layers:1||photoinitiator:1||photoluminescence(PL):1||piconjugated materials:1||piconjugated polymer:1||pixel driver:1||poly aromatic hydrocarbon(PAH):1||poly(terphenylene vinylene):1||polymer:1||polymeric insulator:1||polystyrene:1||polythiophene:1||porous alumina film:1||quantum well:1||quinazoline:1||quinoxaline:1||radical photopolymerization:1||recombination:1||recombination zone:1||red electroluminescence:1||red emissive:1||red fluorescence:1||red fluorescent materials:1||red phosphorescent dopant:1||redIr(III) complexes:1||redemitting electrophosphorescent devices:1||redoxactive molecule:1||redundancy:1||reverse intersystem crossings:1||rolloff ratio:1||scalable memory:1||self assembled monolayer (SAM):1||semiconductor devices:1||sensitizer:1||sensitizing ppy ligand:1||single emissive layer:1||single white dopant:1||small molecule:1||solvent:1||spiro [fluoreneindeno] pyridine:1||spirobifluorene:1||step emitting layer:1||stepwise doping:1||stilbene derivatives:1||styrylarylene derivatives:1||sublimability:1||surface micromachining:1||surface morphology:1||surface roughness.:1||surface treatment:1||suzuki crosscoupling reaction:1||switches:1||switching:1||synthesis of the coordinatively saturated naphthalenedioxyboron compounds:1||temperaturedependence:1||terbium complex:1||tertButyl groups:1||tertbutyl group:1||thin film transistor:1||thinfilm transistors:1||threshold voltage:1||topgate structure:1||transfer characteristic:1||trappedchargelimitedcurrent(TCLC):1||triphenylene:1||triphenylsilane:1||tripleemitting layer:1||triplet doping:1||triplet energy:1||triplet energy level:1||triplet exciton:1||triplet exciton confinement:1||triplet state:1||tunneling diode:1||turnon voltage:1||two complementary colors:1||two separated emissive layers:1||ultra simple fluorescent white organic lightemitting diodes:1||ultra thin layer:1||unsymmetrical structure:1||vacuum microelectronic device characterization design and modeling:1||vapor deposition polimerization:1||various hosts:1||white CIEx, y coordinates:1||white OLED (WOLED):1||white PHOLED:1||white emission:1||white emssion:1||white phosphorescent material:1||widebandgap doping agent:1||work function:1||yellow dopant:1||yellow emissive:1||yellow lightemitting diode:1||zinc oxide:1||zinc oxide thinfilm transistor:1||단계적 도핑:1||박막 트랜지스터:1||백색 유기 발광 다이오드:1||삼중항삼중항 소멸 현상:1||수명:1||양극성:1||유기 절연막:1||유기용매:1||재결합 영역:1||전하 조절층:1||전하균형:1||표면 거칠기.:1||)
acetylacetonate:1||혼합된 스페이서:1||(dinaphthalen2yl)1,1 &apos:1||Bis (carbazol9yl)biphenyl:1||N,N &apos:1||[2(2diphenylamino9,9diethyl9Hfluoren7yl)vinyl]pterphenyl:1||binaphthyl:1||dicarbazolebiphenyl (CBP) bis(2phenylquinoline) iridium(III) (acetylacetonate) (Ir(pq)2(acac)):1||/bold>:1||1:1||1<:1||1,3,5triazine:1||1,4(Dinaphthalen2yl)Naphthalene Host:1||1,4Tetranaphthalene:1||10Naphthylanthracene:1||10naphthylanthracene derivative:1||2,3Diphenylquinoxaline Ligand:1||2,3Diphenylquinoxaline ligand:1||2,4difluorophenylpyridine:1||2,4diphenylquinoline:1||2,4diphenylquinoline ligand:1||2(2(4pentylbicyclo[2.2.2]octan1yl)6(2(1,1,7trimethyl7tripheny siliyllethyl1,2,3,5,6,7hexahydropyrido[3,2,1ij]quinolin9yl)vinyl)4 Hpyran4ylidene)malononitrile:1||2(ptolyl)Pyridine:1||2a]arene derivatives:1||2arylquinoline ligands:1||2fluorenylquinoline:1||2phenylpyridine:1||4,4′N,N′dicarbazolebiphenyl (CBP):1||4,7Diphenyl1,10phenanthroline:1||4bis[2(4′diphenylaminobiphenyl4yl)
vinyl]benzene:1||5Acetyl2phenypyridine:1||5Benzoyl2phenylpyridine ligands:1||5Isobutyryl2Arylpyridine Ligand:1||5benzoyl2phenylpyridine ligand:1||5HPyrido[3,2b]Indole:1||8hydroxyquinolinato lithium:1||9,10bis[4(di4tertbuthylphenylamino)styryl]anthracene:1||ALD:1||Acetylated Ir(III) complexes:1||Adamandane:1||Adamandanesubstituted:1||Adamantane group:1||Adhesion Layer:1||Al2O3:1||Alkenyl pyridine derivatives:1||Alq(3):1||Aluminum oxide:1||Ambient Exposure:1||Amorphous InGaZnO Transistor:1||Amorphous materials:1||AmorphousIndium Gallium Zinc Oxide:1||Anthracene derivatives:1||AnthraceneAryl AmineAnthracene Derivatives:1||Aryl Amine:1||Arylaminofluorenylethylene:1||Arylaminofluorenylstylene:1||Arylpyridine:1||Assembly:1||Atomic layer deposition:1||Atomic layer deposition (ALD):1||Automatic successive measurements:1||BDATCP:1||Be(BTZ)(2):1||BeBq(2):1||BeBq(2) or BeMq(2):1||Benzo[g]quinoline:1||Benzo[q]quinoline:1||Benzothiazole Derivatives:1||BenzoylPhenylpyridine Ligand:1||Benzoylphenylpyridine:1||Bicyclo[2,2,2]octane group:1||Binder:1||Bipolar host:1||Bis(diarylamino)stilbene:1||Bisanthracene derivatives:1||Bispirotype:1||Bistable switching:1||Blue Dopant:1||Blue Fluorescent Emitter:1||Blue Fluorescent OLEDs:1||Blue Fluorescent Organic LightEmitting Diodes:1||Blue Phosphorescent Organic LightEmitting Diodes:1||Blue Prosphorescence:1||Blue and White Phosphorescent Organic LightEmitting Diode:1||Blue electroluminescence:1||Blue emitting material:1||Blue fluorescent OLED:1||Blue fluorescent organic lightemitting diodes:1||Blue fluorescentmaterials:1||Blue lightemitting diodes:1||Blue organic light emitting device:1||Blue organic light emitting diodes:1||Blue organic lightemitting devices:1||Blue organic lightemitting diodes:1||Blue phosphorescent OLEDs:1||Blue phosphorescent organic light emitting devices:1||Blue phosphorescent organic light emitting diodes:1||BlueEmitting Materials:1||Bluegreen organic lightemitting diodes:1||Bottomemission organic lightemitting diodes (BEOLEDs):1||BuchwaldHartwig Reactions:1||BuchwaldHartwig amination:1||BuchwaldHartwig crosscoupling reaction:1||BuchwaldHartwig crosscoupling reactions:1||BuchwaldHartwig reaction:1||BuchwaldHartwig reaction <:1||Bulk Heterojunction:1||Bulk Heterojunction Organic Photovoltaic:1||Bulky Substituents:1||CPVA Organic Buffer Layer:1||CPVP:1||C2&apos:1||CBP:1||CCPSA:1||CV:1||CarbazoleType Host:1||Carbonyl groups:1||CarbonylSubstituted Fluorenylpyridine Ligand:1||Cascade energy transfer:1||Cesium Fluoride:1||Cesium carbonate:1||Charge Balance:1||Charge Trapping Effect:1||Charge control layer:1||Chromene Derivative:1||Chromene Derivatives:1||Circuit faults:1||CoDoping:1||CoHost System:1||Codoping:1||Cohost electron transport layer:1||Codoped blue emitting layers:1||Codoped spacer:1||ColeCole plot:1||Color Stabilization:1||Color stabilization:1||Colorconversion layer:1||Colorrendering index:1||Combination:1||Compact modeling:1||Concentration Quenching:1||Confinement of Holes and Electrons:1||Core/shell:1||Coumarin:1||Crossbar:1||Crystallization:1||Cudoped:1||DABPVph:1||DCJTB:1||DCJTB Derivative:1||DCM:1||DCM derivative:1||DCMtype dye:1||DPVBi Derivatives:1||DRIE:1||Deep learning:1||DeepBlue Emitter:1||DeepBlue Organic LightEmitting Diodes:1||DeepBlue Organic LightEmitting Diodes (OLEDs):1||Deepblue organic light emitting diodes:1||Deepblue organic lightemitting diodes:1||Defect tolerance:1||Delayed fluorescence:1||Deposition rate:1||DitertButylchromene:1||Diarylamino group:1||Diarylaminofluorene:1||Diarylaminofluorene Derivatives:1||Dibenzo[b, d]Furan:1||Dibenzo[b, d]Thiophene:1||Dibenzo[b,d]furan:1||Dibenzo[g,p] chrysene:1||Diphenyl Sulfone Derivative:1||DiphenylIndeno Anthracene:1||DiphenylaminoFluorenylethylene Derivatives:1||Diphenylaminofluorenestyryl Derivatives:1||Diphenylaminofluorenylstyrene:1||Diphenylaminostyrene:1||Diphenylanthracene:1||Diphenylvinyl group:1||Diphenylvinylbiphenyl:1||Dipole moment:1||Direct Hole Injection:1||Direct tunneling:1||Distyrylfluorene:1||Donoracceptordonor type materials:1||DonorpiAcceptor:1||Dopant Materials:1||Doping:1||Double EIL:1||Double Emitting Layers:1||Double electron injection layer:1||Double electron transport layers:1||DoubleEmitting Layers:1||Doubleemission layer:1||Dual Electron Transporting Layer:1||Dual Recombination Zone:1||Dual emitting layers:1||Dualemitting layer:1||EA:1||EL spectra:1||Efficiency:1||Efficiency RollOff:1||Efficiency RollOff Ratio:1||Electric resistance:1||Electrical Properties:1||Electrical Property:1||Electrical property:1||Electron Injection Layer:1||Electron transport layer:1||Electron transport materials:1||ElectronWithdrawing Group:1||Electrondonating capping group:1||Electrontransport material:1||Electroplex:1||Emitter:1||Emitting material:1||Emotion SolidState Lighting:1||Encapsulation:1||Energy Transfer:1||Epsilon negative trimetal layer electrode:1||Equivalent Circuit Model:1||Eu(TTA)(3)(phen):1||Europium complexes:1||Exciplex:1||Exciton Blocking Layer:1||Exciton Generation Zone:1||Exciton confinement:1||Exciton distribution:1||Exciton generation zone:1||External Quantum Efficiency:1||External quantum efficiency:1||FTIR:1||Flexible:1||Flexible Red Phosphorescent Organic Light Emitting Diodes:1||Flexible Substrate:1||Flexible White OLEDs:1||Flexible substrate:1||Flexible white PHOLEDs:1||Flrpic:1||Fluorene Derivatives:1||Fluorescent:1||Fluorescent OLEDs:1||Fluorescent and phosphorescent:1||Fluorescent dopant:1||Forster Energy Transfer:1||Forster singlet energy transfer:1||Foster Energy Transfer:1||Gate Dielectric:1||

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