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JUNG, SUNGJUNE (정성준)

Dept. of Creative IT Engin.(창의IT융합공학과)

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FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||FIELDEFFECT TRANSISTORS:3||Dielectric materials:2||THINFILM TRANSISTORS:2||Operational stability:2||Gate dielectrics:2||Viscoelasticity:2||POLYMERSOLUTIONS:2||EXTERNAL QUANTUM EFFICIENCY:2||BEHAVIOR:2||Organic field effect transistors:2||RHEOMETER:1||LIQUID:1||RANGE:1||AMORPHOUSCARBON:1||Polymer:1||Threshold voltage:1||Hysteresis phenomenon:1||Electrical characteristic:1||PHOTOPHYSICS:1||DESIGN:1||Shearthinning fluid:1||FIBROBLASTS:1||융복합 연구:1||Density functional theory:1||Organic light emitting diodes(OLEDs):1||drops:1||elongation:1||ink:1||DYNAMICS:1||BLENDS:1||LARGEAREA:1||PHASE EXFOLIATION:1||FLUID:1||III COMPLEXES:1||EMISSION:1||EMITTERS:1||PEDOT:PSS (poly(3,4ethylenedioxythiophene):(polystyrenesulphonate)):1||IRIDIUM COMPLEXES:1||FILMS:1||Surfactant:1||COLLISION:1||Excited states:1||Phosphorescence:1||Polymer films:1||Excitedstate properties:1||Phosphorescence quantum efficiency:1||ink jet printers:1||COMPLEX FLUIDS:1||ORDER:1||thinfilm transistors:1||CHEMICALVAPORDEPOSITION:1||CARBON NANOTUBES:1||Wetting:1||TRANSISTORS:1||Hydrogen bonds:1||Temperature:1||Annealing temperatures:1||Thermal crosslinking:1||Convergence of numerical methods:1||Double layer gates:1||Structural effect:1||Thickness ratio:1||LIGHTEMITTINGDIODES:1||COHOST:1||OLEDS:1||INKJET:1||INKJET FLUIDS:1||LAMINAR:1||SHIFTED FIBERS:1||PROTEINS:1||4th Industrial revolution:1||π형 인재:1||Diagnosis:1||Infrared devices:1||Quantum efficiency:1||Time dependent density functional theory:1||highspeed optical techniques:1||FREESURFACE:1||ZNO:1||TRANSPARENT CONDUCTORS:1||Inkjet printing:1||Hydrogen:1||Hysteresis:1||Dielectric properties:1||Viscoelastic:1||Collision:1||DROP FORMATION:1||FABRICATION:1||Multidisciplinary research:1||교역지대:1||Semiconducting films:1||Electronwithdrawing substituents:1||External quantum efficiency:1||Intermolecular interactions:1||Iridium compounds:1||polymer solutions:1||DIELECTRICS:1||Substrates:1||Polarization effect:1||Transfer characteristics:1||Bias stress:1||Extensional flow:1||ELASTIC FLUIDS:1||IMPINGING JETS:1||NONLINEAR COEFFICIENT:1||Display devices:1||Efficiency:1||Structural design:1||EXTENSIONAL VISCOSITY:1||VISCOELASTIC JETS:1||EFFICIENCY:1||inkjet printing:1||Polymer dielectrics:1||Electronic application:1||Parylenes:1||DEPOSITION:1||Jet:1||ZERODISPERSION WAVELENGTH:1||CHROMATIC DISPERSION:1||NEURONS:1||TISSUE CONSTRUCTS:1||Iridium alloys:1||printed electronics:1||EPITAXIAL GRAPHENE:1||ORIENTATION:1||DoD (dropondemand) inkjet printing:1||Atomization:1||LOWVISCOSITY:1||Convergent research:1||πshaped expert:1||Energy gap:1||apillarity:1||polymer gels:1||DEPENDENCE:1||CONJUGATED POLYMER:1||NANORODS:1||graphene:1||RAMANSPECTROSCOPY:1||Drop impact:1||TEMPERATURE:1||Threshold voltage shifts:1||LIGANDS:1||MOLECULES:1||Satellites:1||BREAKUP:1||COCULTURES:1||Trading zones:1||다학제간 연구:1||4차 산업혁명:1||Organic light emitting diodes (OLED):1||Single crystals:1||Single crystal xray structures:1||

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