ScholarWorks@Gyeongsang National University: Kim, Yun Hi

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Kim, Yun Hi (김윤희)

자연과학대학 (화학과)

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Tel 0557721491
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conjugated polymers:15||Organic semiconductor:12||organic solar cells:11||organic fieldeffect transistors:10||OTFT:8||conjugated polymer:8||Anthracene:7||OLED:7||solar cells:6||Mobility:6||diketopyrrolopyrrole:6||Color purity:6||#8208:6||power conversion efficiency:6||thin films:5||organic lightemitting diodes:5||semiconductor:5||organic thinfilm transistors:5||polymer:5||mobility:5||fluorescence:5||Organic solar cells:5||Crystallinity:5||Conjugated polymer:5||synthesis:5||polymer solar cell:5||#8211:5||OLEDs:5||Organic fieldeffect transistor (OFET):5||Solution process:5||high mobility:5||Organic light emitting diodes:5||Organic lightemitting diodes:5||organic solar cell:5||Organic thin film transistor:4||mechanical robustness:4||organic thermoelectrics:4||organic semiconductors:4||polymer solar cells:4||nonfullerene acceptors:4||polyphenols:4||organic electronics:4||Thermal stability:4||organic semiconductor:4||organic photodiodes:4||Nonfullerene acceptor:4||TADF:4||anthracene:4||Phosphorescence:3||Polyphenols:3||ambipolarity:3||allpolymer solar cells:3||bulk heterojunction:3||side chain engineering:3||Organic solar cell:3||Orange emitter:3||organic fieldeffect transistor (OFET):3||Organic fieldeffect transistors (OFETs):3||Tandem mass spectrometry:3||organic photovoltaics:3||semiconductors:3||High efficiency:3||printed electronics:3||Solution Process:3||organic thin film transistor:3||Organic Semiconductor:3||Polymer solar cells:3||Flavonoids:3||morphology:3||Organic photovoltaic:3||donoracceptor copolymers:3||Quantum efficiency:3||ntype:3||Bulk heterojunction solar cell:3||antioxidant activity:3||Iridium complex:3||Hole mobility:3||Organic thinfilm transistors:3||bulk heterojunction solar cells:3||photodetector:3||Fused acene:3||tandem mass spectrometry:3||Diketopyrrolopyrrole:3||molecular compatibility:3||Morphology:3||organic fieldeffect transistor:2||Ambipolar:2||extended conjugation:2||Nanomorphology:2||external quantum efficiency:2||transistors:2||blend morphology:2||Defence materials:2||Phase separation:2||blue emission:2||triplettriplet annihilation:2||Naphthalene diimide:2||Naphthalene diimide (NDI):2||flexible electronics:2||Phosphorescent:2||voltage loss:2||Phosphorescent OLED:2||Noncoplanar structure:2||thienopyrrolodione:2||organic fieldeffect transistors (OFETs):2||Amorphous:2||organic lightemitting diode:2||organic photovoltaic:2||bulk heterojunction solar cell:2||Nonfullerene acceptors:2||Ir(III) complex:2||Efficiency:2||Density functional theory:2||organic transistors:2||TFT (thin film transistor):2||Photovoltaics:2||charge transfer:2||Thermal annealing:2||Bulk heterojunction morphology:2||high efficiency:2||Iridium(III) complex:2||Colletotrichum gloeosporioides:2||photomultiplication:2||colorselective:2||Polymer solar cell:2||Twisted structure:2||conducting polymers:2||conjugation:2||Blue OLED:2||Blue emission:2||Organic Thin Film Transistor (OTFT):2||Blue emitter:2||crystallinity:2||Xray diffraction:2||image sensors:2||Polythiophene:2||Conjugated donor polymer:2||inkjet printing:2||Organic fieldeffect transistor:2||intrinsically stretchable polymer solar cells:2||polymers:2||Pt(II) complexes:2||density functional theory:2||irregularity:2||detectivity:2||Pyrene:2||Organic lightemitting diode (OLED):2||random copolymers:2||regioregularity:2||liquid chromatographytandem mass spectrometry:2||Random copolymer:2||Host material:2||Reorganization energy:2||Reproducibility:2||allsmallmolecule solar cell:2||Organic photovoltaic cell:2||Organic photovoltaic cells:2||Organic photovoltaic device:2||Antioxidant activity:2||Hydroxycinnamic acid:2||sidechain engineering:2||small molecule acceptors:2||donoracceptor:2||Organic semiconductors:2||donoracceptor copolymer:2||donoracceptor systems:2||molecular doping:2||Semiconductor:2||anthracenes:2||structureproperty relations:2||Blue light emitting:2||nanocrystal:2||Grazing incidence wideangle Xray diffraction:2||naphthalene:2||naphthalene diimide:2||Molecular orientation:2||Additive:2||Blend morphology:2||Anthracene derivatives:2||benzodithiophene:2||Small molecule solar cell:2||Donor polymer:2||thermally activated delayed fluorescence:2||Small molecules:2||Solar cell:2||Blue:2||HPLCMS/MS:2||energy transfer:2||Ir(ppy)(3) derivative:1||Iridium Complex:1||Iridium(III) Complex:1||Isoindigo:1||Isoquinoline:1||Jinju city and Jeonju city:1||Kink donor:1||LED:1||Limb structure:1||Liquid chromatography:1||Logic circuit:1||Lonicera japonica Thunb.:1||Low bandgap:1||Low subthreahold slope:1||Lowband gap polymer:1||Main chain donor:1||Matched hostguest:1||Mechanical robustness:1||Metabolomes:1||Mixed Solvent:1||Mixed solvent:1||Molecular design:1||Monthly solar power generation:1||N:1||Ndimethylthiophene3carboxamide:1||Nfluorenyl carbazole derivative:1||NDI copolymers:1||NDIbased polymer:1||NDIbased small molecule:1||NFAs:1||Naphthalene Diimide (NDI):1||Nondoped emitter:1||Nonhalogenated solutionprocessed PHOLED:1||Nonfullerene acceptor:1||Nuclear magnetic resonance:1||OEG sidechain:1||OFET, SAM:1||OTFT (organic thin film transistor):1||Oligoacene:1||Open circuit voltage:1||Orange OLED:1||Organic Field Effect Transistor:1||Organic LightEmitting Diodes:1||Organic Photovoltaic (OPV):1||Organic TFTs:1||Organic Transistors:1||Organic compounds:1||Organic field effect transistor:1||Organic field effect transistor (OFET):1||Organic field effect transistors:1||Organic fieldeffect transistor ( OFET):1||Organic lightemitting diode:1||Organic phototransistors:1||Organic photovoltaics:1||Organic semiconducting material:1||Organic thermoelectrics:1||Organic thin film transistor (OTFT):1||Organic thin film transistors (OTFTs):1||Organic thinfilm transistor:1||Orientation of emitting dipoles:1||Orthotwisted structure:1||Oxadiazole:1||Oxidation:1||PBDTTT:1||PCBM:1||PLED:1||PLEDs:1||PPV:1||Pentathiophene:1||Petasites japonicus:1||PhOLED:1||Phenanthrocarbazole:1||Phenyl linker:1||Phosphorescent OLEDs:1||Phosphorescent Organic Light Emitting Diodes:1||Phosphorescent dye:1||Phosphorescent organic light emitting diodes:1||Photostability:1||Photodetector:1||Photoluminescence:1||Photovoltaic Devices:1||Phytoalexin:1||Phytoanticipin:1||Picolinic acid ancillary ligand:1||Planarity:1||Poly(octathiophene)Based Copolymer:1||Polyfluorene:1||Polymer Solar Cell:1||Polymer brush:1||Polymer nanoparticle:1||Polymer organic lightemitting diode:1||Polymer semiconductor:1||Polymeric Semiconductor:1||Polymeric semiconductor:1||Polymers:1||Polyphenol:1||Polyselenophene:1||Poole&:1||Power Conversion Efficiency:1||Power conversion efficiency:1||Preferential orientation along the outofplane direction:1||Printed electronics:1||Processrelated impurity:1||Processing additive:1||Processing solvent effect:1||Pyridopyrazine:1||Pyridopyrazine substituents:1||Pyrroloperylene:1||Quinoxaline derivatives:1||Red emission:1||Renewable energy:1||Reverse offset printing:1||Rigid structure:1||Rod structure:1||Rolloff:1||Rotatable bithiophene linker:1||Scutellaria baicalensis Georgi:1||Selenium:1||Selenophene:1||Semiconductors:1||Side chain acceptor:1||Side group engineering:1||Sidechain engineering:1||Silane:1||Silole:1||Silole Moiety:1||Simulation:1||Single crystal:1||Small Acenes:1||Small Molecule:1||Small molecule:1||Small molecule semiconductor:1||Small moleculebased OPV:1||Solar power plants:1||Solubility:1||Solution OLED:1||Solution processed hostfree phosphorescent OLEDs:1||SolutionProcess:1||SolutionProcessed devices:1||Solutionprocessed devices:1||Solutionprocessing:1||Sonogashira coupling:1||Soxhlet:1||Spiroacridine:1||Stability:1||Stable blue emission:1||Strongacceptor unit:1||Structureproperty relationship:1||Sulfur donor ligand:1||Surface energy:1||Suzuki coupling:1||Symmetric Dialkyl Substituents:1||Ternary Cascade Energy Structure:1||Tetradentate ligands:1||Tetraphenyl silicon core:1||Tetraphenylsilane:1||Tetraphenylsilane dendron:1||Thermal gravimetric analysis:1||Thermally activated delayed fluorescence:1||Thiadiazole:1||Thienopyrrolodione:1||Thin films:1||Thiomethyl side chain:1||Thiophene:1||Thiophenefused endgroup:1||Trimeric organometallic complex:1||Vacuum treatment:1||Weakdonor unit:1||Well ordered crystalline structure:1||White organic lightemitting diodes, Hybrid organic light emitting devices:1||Wide band gap:1||Wide bandgap:1||Xray diffraction (XRD):1||Xylene:1||Yseries acceptors:1||Yellowgreen emission:1||YellowishGreen Emission:1||absorption:1||acceptor copolymers:1||accumulation mode:1||acenemodified small molecules:1||acetylene linkers:1||adamantyl:1||additive effects:1||aggregation:1||airstability:1||alkoxy anthracene:1||alkoxy naphthalene derivative:1||alkyl chain length:1||alkyl side chain:1||alkynes:1||all&:1||allpolymer:1||alloylike composites:1||alloylike model:1||alternating D&:1||ambipolar:1||ambipolar logic circuits:1||amorphous:1||amphipathic sidechains:1||ancillary ligands:1||anisotropic molecular interaction:1||antiinflammatory:1||antioxidants:1||aromatic polyimides:1||artificial synapses:1||arylene vinylene:1||asymmetric anthracene:1||asymmetric monomers:1||atomic force microscopy (AFM):1||azasiline:1||azimuthal anchoring energy:1||backbone sequence:1||based polymer acceptors:1||benzo[1,2,5]thiadiazole:1||benzothiadiazole:1||benzothiadiazole acceptors:1||betaNacetylglucosamine:1||bias stability:1||binary solvent additives:1||biphenylene vinylene:1||bithiazole:1||blade coating:1||bladecoating:1||blend morphologies:1||blending polymer semiconductors:1||blue:1||blue emitter:1||blue fluorescence:1||blue fluorescent:1||blue fluorescent organic lightemitting diodes (OLEDs):1||blue organic lightemitting diode (OLED):1||blueemitting organic lightemitting diode (OLED):1||boron:1||bulk heterojunction morphology:1||bulk heterojunctions:1||bulkheterojunction organic solar cells:1||carbazole:1||carbonylated thieno[3,4b]thiophene:1||carrier lifetimes:1||carrier transit times:1||charge balance:1||charge carrier dynamics:1||charge carrier mobility:1||charge carriers:1||charge transport:1||chargebalance assistant molecules:1||chargetransfer dynamics:1||chargetrapping layers:1||chemical design:1||chemical linkage:1||chlorine substitution:1||colloidal quantum dots:1||color purity:1||color selectivity:1||colorselectivity:1||compact model:1||compact models:1||compatibilizer:1||complementary inverter:1||contact resistance:1||conventional fluorescent emitter:1||copolymerization:1||copolymers:1||crosscoupling:1||crystal orientation:1||current efficiency:1||cyanoacryl:1||cyclopenta [2,1b:3,4b '] dithiophene:1||cytotoxicity:1||deep blue OLED:1||deepblue emitters:1||deepblue fluorescent organic lightemitting diodes:1||deepblue iridium complexes:1||deepblue organic lightemitting diodes:1||defence materials:1||degree of polymerization (DP):1||device geometry:1||dialkoxy naphthalene:1||dialkoxynaphthalene:1||diarylethene:1||dibenzo[def,mno]chrysenebased polymer:1||dibenzochrysene:1||diketopyrrolopyrrole (DPP):1||diketopyrrolopyrrolebased polymer:1||diketopyrrolopyrroles:1||dimerized acceptors:1||dimerized small molecule acceptors:1||dimethylsilane:1||diphenylpyrimidine:1||directional chain alignment:1||dithienobenzodithiophene:1||dithienobenzodithiophene (DTBDT):1||dithienophosphole:1||dithienophosphole oxide:1||dithienopyrroles:1||donor&:1||donoracceptor conjugated polymer:1||dopant aggregation:1||doping efficiency:1||ecofriendly solar cells:1||ecofriendly processing:1||edible electronics:1||effect transistors:1||efficiency enhancement layer:1||efficiency enhancement layers:1||efficiency rolloff:1||efficient charge transfer:1||efficient electrochemical doping:1||electrical conductivity:1||electroactive compatibilizer:1||electrochemistry:1||electrodes:1||electrohydrodynamic jet printing:1||electrohydrodynamicjet printing:1||electrohydrodynamicjet printing (EHDjet printing):1||electron mobility:1||electron transport layers:1||electronwithdrawing cyanogroups:1||emitting dipole orientation:1||endgroup modification:1||energy conversion:1||energy device:1||environment:1||ethylene glycol side chains:1||evaporation rates:1||extended planar backbone:1||field effect transistors:1||fielddependent mobilities:1||fieldeffect transistors:1||fill factor:1||film morphology:1||flash memory:1||flavonoid:1||flexible printed circuits:1||flexible solar cells:1||floatinggate:1||fullerene organic solar cells:1||fullerenes:1||functional morphology:1||functionalization of polymers:1||fused and extended πskeletons:1||fused pyrrolopyridine:1||gain:1||gas detector:1||gas sensor:1||gel permeation chromatography:1||graphene oxide:1||green solvents:1||halogenfree processing:1||halogenation:1||herbal medicine:1||herbal spice:1||heteroatoms:1||heterocycles:1||high boiling points:1||high detectivity:1||high device stability:1||high opencircuit voltage:1||high performance liquid chromatography:1||high performances:1||high sensitivity:1||high solubility:1||high stability:1||high state retention:1||highfrequency effects:1||highperformance:1||highperformance liquid chromatography:1||highperformance liquid chromatographytandem mass spectrometry:1||highperformance polymers:1||highest occupied molecular orbital:1||highly twisted structure:1||hole mobility:1||hole transporting:1||hole&:1||horizontal dipole ratio:1||horizontally oriented emitting dipole moments:1||horizontally oriented emitting dipoles:1||hybrid WOLED:1||hydroxyl groups:1||hysteresis:1||independent gate control:1||indoloindole:1||indoor light:1||indoor organic photovoltaics:1||inhibited intermolecular interaction:1||intermolecular interaction:1||intermolecular interactions:1||inverted perovskite solar cells:1||iongelgated transistors:1||iridium:1||iridium complex:1||isoindigo:1||largescale:1||light emitting diode:1||light emitting diodes (LED):1||light emitting polymer:1||lightemitting copolymer:1||lightemitting diodes:1||linker:1||liquid crystal orientation:1||liquid crystals:1||local triplet states:1||logic gates:1||long wave absorption:1||longalkylgroup spacers:1||longterm stability:1||low bandgap:1||low dark current:1||lowbandgap:1||lowdark current:1||luminescence:1||mITICOEH:1||mOEhsubstituted spirobifluorene:1||medicinal herb:1||metaxylene substituents:1||methoxy functionalization:1||microgrooves:1||micropatterning:1||molecular dynamics:1||molecular engineering:1||molecular switches:1||morphological stability:1||morphology control:1||multiresonance emitters:1||multiresonance thermally activated delayed fluorescence:1||multiple resonance effect:1||ntype doping:1||ntype organic transistor:1||nanoscale morphology:1||nanoscale thin films:1||naphthalene diimide (NDI):1||naphthodithiophene:1||narrowband pure blue emission:1||nearedge Xray absorption fine structure (NEXAFS):1||networks:1||neuromorphic electronics:1||non&:1||nonchlorinated solvents:1||nonfullerene acceptor:1||nonhalogenated solvent process:1||nonhalogenated solvent processing:1||nonionic surfactants:1||nonabsorbing acceptor:1||nonchlorinated solvents:1||nonfullerene acceptor:1||nonfullerene acceptors:1||nonfullerene smallmolecule acceptor:1||nonfullerene solar cell:1||nonvolatile memory devices:1||novel copolymer:1||oligomer acceptors:1||oligomeric acceptors:1||oligothiophenes:1||operational stability:1||optical retardation:1||organic bioelectronics:1||organic compounds:1||organic devices:1||organic electrochemical transistors:1||organic field effect transistor:1||organic field&:1||organic fieldeffecttransistor:1||organic light emitting diodes:1||organic lightemitting dipoles:1||organic photodetectors:1||organic photovoltaic cell:1||organic photovoltaic cells:1||organic photovoltaic materials:1||organic polymer semiconductors:1||organic solarcells:1||organic thinfilm transistor:1||organic transistor:1||orthogonal polymer semiconductor gel:1||oxidation stability:1||oxidative polymerization:1||pchannel organic semiconductors:1||parylene:1||phase separation:1||phenanthrocarbazole:1||phenazasiline:1||phenolic compounds:1||phosphorescence:1||phosphorescent:1||phosphorescent sensitizer:1||phosphorescentsensitized fluorescence:1||photostability:1||photoactive layers:1||photochemistry:1||photolithography:1||photophysics:1||photostability:1||phototransistors:1||photovoltaic solar cell.:1||photovoltaic systems:1||physical confinement:1||piconjugated copolymer:1||pinholefree SMOSCs:1||planarity of conjugated polymers:1||platinum and Boron emitters:1||polar anchoring energy:1||polarity:1||polarity change of majority carriers:1||poly(arylenevinylene):1||polymer acceptors:1||polymer blends:1||polymer colloids:1||polymer conductors:1||polymer crystallinity:1||polymer dielectrics:1||polymer donor:1||polymer donors:1||polymer microparticles:1||polymer nano&:1||polymer photodiode:1||polymer?polymer blend:1||polymeric semiconductor:1||polymeric semiconductors:1||polymerized smallmolecule acceptor:1||polymerized smallmolecule acceptors:1||polyphenol:1||polysilole:1||principal component analysis biplot:1||printed integrated circuits:1||pushpull:1||pushpull type copolymer:1||pyridine:1||pyrroloperylene unit:1||quarterthiophene:1||quinoxaline:1||random copolymerization:1||reduced graphene oxide:1||restriction of morphological changes:1||reverse offset printing:1||rhodanine:1||rigid structures:1||ring oscillator:1||rubbing process:1||selenophene:1||selenophene vinylene selenophene:1||selfaggregation:1||semiinterpenetrating diphasic polymer network:1||semiconducting polymers:1||sequential solution processes:1||side chain effect:1||single crystal:1||singlettriplet energy gap:1||small molecule solar cell:1||small moleculebased organic solar cells (SMOSCs):1||small molecules:1||smallmolecule acceptors:1||solar cell:1||solar cell stability:1||solution process:1||solutionprocessed:1||soybean sprouts:1||spacecharge limited devices:1||spincoating:1||spinmixing process:1||stability:1||startrimers:1||stretchability:1||structuremobility relationship:1||structureproperty relationships:1||structure?property relationship:1||submicrometer tandem electronics:1||substituent effects:1||surface chain orientation:1||surface energy:1||surface energy matching:1||surface modification:1||surface topography:1||surface treatment:1||tattoopaper:1||temperature:1||terminal group pairing:1||ternary allpolymer solar cells:1||ternary blend:1||ternary blends:1||ternary solar cell:1||tetradentate ligands:1||thermal stability:1||thermal treatment:1||thermally activated delayed fluorescent (TADF) emitters:1||thiazole:1||thiazole&:1||thienoisoindigo:1||thienopyrroledione:1||thienothiophene:1||thin film transistors:1||thinfilm transistors:1||thinfilm transistors (TFTs):1||thiophene:1||thiophenebased polymer:1||transparent polymer semiconductors:1||transport layers:1||triethylsilylethynylanthradithiophene:1||trimer acceptors:1||triplettriplet fusion:1||twisted linkers:1||ultralow efficiency rolloff:1||vinylene&:1||violet light emitting polymer:1||visible spectra:1||waterborne:1||without additives or thermal treatments:1||πconjugated copolymer:1||,3 &apos:1||conjugation:1||d] pyridine core:1||1:1||2D simulation:1||2D side chains:1||2Dgrazing incidence Xray diffraction (2DGIXD):1||2Dgrazing incidence Xray diffraction (GIXD):1||3D integrated circuits:1||3Ethylrhodanines:1||4c]pyrrole:1||4diketopyrrolo[3:1||A copolymers:1||Agastache rugosa Kuntze:1||Aggregation:1||Alkoxy Side Chain:1||Alkoxynaphthalene:1||Alkoxynaphthalene end group:1||Alkoxyphenyl:1||Alkoxyphenyl Substituents:1||Alkyl end group length:1||Alkythio groups:1||Amorphous polymeric semiconductor:1||Ancillary Ligand:1||Ancillary ligand:1||Annealing:1||Anthracene core:1||Anthracene derivative:1||Anthracenebased:1||Anthracnose:1||Anthradithiophene (ADT):1||Antioxidant effect:1||Artemisia annua L:1||Arylaminated aceanthrylene:1||Astmmetric Limb Structure:1||Asymmetric Structure:1||Asymmetric anthracene:1||Asymmetric cyclohexylbexyl end group:1||Asymmetrically highly twisted anthracene derivative:1||BDT&:1||Benzodifurandione:1||Benzodithiophene:1||Benzodithiophene fused acceptor:1||Benzothiadiazole:1||Bipolar host:1||Bithiophene Vinylene Bithiophene:1||Blade Coating Speed:1||Blend system:1||Blue Dopant:1||Blue Emitting:1||Blue fluorescence:1||Blue host:1||Blue lightemitting material:1||Blue phosphorescence:1||Bluelight emitting polymer:1||Bluelightemitting material:1||Boiling point:1||Bulk Heterojunction Solar Cell:1||Bulk heterojunction:1||Bulky trimethylsilyi xylene:1||Capsicum annum L. cv. Chelsea:1||Chain length:1||Charge Transport:1||Charge dynamics and transport:1||Charge transfer:1||Chemical doping:1||Chemical structure design:1||Chitin:1||Chokeberry:1||Chrysanthemum morifolium:1||Citrus benikoji:1||Citrus unshiu Marc.:1||Climatic element:1||Color pure:1||Compact model:1||Concentration quenching:1||Conjugated core modification:1||Conjugated polymers:1||Crystal:1||Crystal structure:1||Cyclic voltametry:1||DAD′ type copolymer:1||DABNA:1||DPP:1||DTBDTbased small molecule:1||Deep blue OLED:1||Delta EST:1||Detectivity:1||Dialkylfluorene:1||Dialkylterthiophene:1||Dibenzochrysene:1||Dibenzosilole:1||Dibenzothiophene:1||Dicyanoanthracenes:1||Dielectric layer:1||Differential scanning calorimetry:1||Dimerized smallmolecule acceptors:1||Diphenylaminofluorene:1||Dipolar interaction:1||Dithieno[3,2b:2 &apos:1||Dithienophosphole:1||Dithienophosphole oxide unit:1||DithienopyridineBased Copolymer:1||Donor Molecular Structure:1||DonorAcceptor Polymers:1||Donoracceptor (DA) architecture:1||EQE:1||Effective holeblocking interlayer:1||Electrical conductivity:1||Electrical properties:1||Electron Transport:1||Electron acceptor:1||Electron donor:1||ElectronTransporting Materials:1||Electrontransporting materials:1||Electronegativity:1||Electronic materials:1||End group:1||End group effects:1||Endgroup:1||Endgroup effect:1||Environmentally benign solvent:1||Ester end group:1||Ethanol sensor:1||Extended piConjugation:1||External Quantum Efficiency:1||External quantum efficiency:1||FIr4mpic:1||FIr4tpic:1||Field effect mobility:1||Fieldeffect transistor:1||Fieldeffect transistors:1||Film morphology:1||Flavanones:1||Flavones:1||Flexible organic transistors:1||Flexible spacers:1||Fluorene:1||Fluorene and alkoxynaphthalene structure:1||Fluorescence:1||Forster energy transfer:1||Frenkel law:1||Fullerenefree:1||Functional food:1||Fused Acene:1||GIXD:1||GIXD analysis:1||Gas sensor:1||Green electrophosphorescence:1||Green emitter:1||Green luminescence:1||Green solvent:1||Greenemitting Ir(ppy)(3) dopant:1||HOMO energy level:1||Halogen lamp:1||Herringbone:1||High color purity:1||High performance liquid chromatographytandem mass spectrometry:1||High solubility:1||High thermal stability:1||High triplet energy state:1||Highperformance liquid chromatography:1||Higher Efficiency:1||Higher efficiency:1||Highly branched dendrimer:1||Hole Mobility:1||Hole blocking material:1||Hole or electron hopping:1||Hole transport:1||HoleBlocking Materials:1||Horizontal dipole orientation:1||Horizontal orientation:1||Humulus japonicus:1||IDIC:1||ITIC:1||Imide group:1||Indoloindole:1||Indoloindole core:1||Indoor light conditions:1||Inhibited intermolecular interaction:1||Inhibited intermolecular interactions:1||Interaction:1||Interface engineering:1||Interfaces:1||Interlayer:1||Intrinsicallystretchable organic solar cells:1||Ir complex:1||

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