ScholarWorks@Hanyang University: Kim, Jae Hoon

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Kim, Jae Hoon (김재훈)

COLLEGE OF ENGINEERING (SCHOOL OF ELECTRONIC ENGINEERING)

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Tel 02-2220-0343
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liquid crystal:6||reactive mesogen:5||Liquid crystal:5||High brightness:4||flexible display:4||phase separation:4||liquid crystal alignment:4||Microlens array:4||nanofloating gate memory:3||Liquid crystal display:3||Polarized OLED:3||Liquid crystalline polymer:3||Vertical alignment:3||liquid crystal display:3||Reactive mesogen:3||transflective LCD:3||Azimuthal anchoring energy:3||microlens array:3||single cell gap:2||liquid crystalline polymer:2||liquid crystals:2||Transflective LCD:2||Patterned alignment layer:2||mechanical stability:2||surface property:2||patterned vertically aligned mode:2||pentacene:2||Ion beam:2||wide viewing:2||cholesteric liquid crystals:2||ferroelectric liquid crystal:2||molecular ordering:2||Birefringence:2||flexible LCD:2||Liquid crystal alignment:2||microcontact printing:2||Microcontact printing:2||Surface wetting:2||In2O3:2||polyimide:2||Cholesteric liquid crystal:2||liquid crystal and polymer composite:2||Response time:2||Flexible display:2||Fast response time:2||Lens:1||Lens array:1||Liquid crystal lens:1||Low driving voltage:1||MDPRO hybrid System:1||Mechanical stability:1||Membrane distillation:1||Mesogenic conjugate polymer:1||Micro contact printing method:1||Microlens:1||Molecular ordering:1||Nitinol alloy:1||OTFT:1||Optical response time:1||Optically isotropic:1||Organic TFT:1||Organic semiconductor:1||PMMA(polymethylmethacrylate):1||Phase separation:1||Photoalignment layer:1||Plasma coating:1||Plastic substrates:1||Plume Dynamics:1||Poincare sphere:1||Polar symmetry:1||Polarization Ratio:1||Polarization independence:1||Polymer:1||Polymer stabilized:1||Pressure retarded osmosis:1||RM:1||Reactive Mesogen:1||Recrystallization:1||Reflective:1||Reflective CLC:1||Reflective mode:1||Reflector:1||Renewable diesel:1||Reverse domain:1||Rigid spacer:1||SAMs:1||SXVA:1||SelfAssembled monolayer:1||Selfassembled monolayer:1||Soluble pentacene:1||Squarecrosspattern:1||Stacked alignment layer:1||Stacked photoAlignment layer:1||Stacked structure:1||Stent:1||Surface anchoring energy:1||Surface control:1||Surface modification:1||Surface treatment:1||TIPS pentacene:1||Thermodynamically and electrically switching:1||Transmissive mode:1||Twist nematic:1||Twisted LC structure:1||Twisted conjugated polymer:1||Twoband ultraviolet exposure method:1||UV curable polymer:1||V2O5:1||Vegetable oil:1||Viewing angle control:1||Wide viewing angle:1||Zwitterionic PEG:1||anchoring energy:1||anchoring strength:1||anisotropic interfacial effect:1||anisotropic phase separation:1||aximuthal anchoring energy:1||azimuthal anchoring:1||blue phase:1||chiral dapant.:1||chiral dopant:1||circular polarization:1||circular polarized electroluminescence:1||circular polarized photoluminescence:1||circular polarizer:1||conjugate polymers:1||currentvoltage:1||deep level transient spectroscopy:1||defect states:1||dual mode:1||effective refractive index:1||electrohydrodynamic instability:1||electroluminescence:1||emiflective:1||femtosecond laser:1||ferroelectric liquid crystals:1||flat panel display glass:1||flexible liquid crystal display:1||focal length:1||fringe field switching:1||grating, polymer network:1||helical twisting power:1||helix deformation:1||high    brightness:1||high brightness:1||hockeystick liquid crystals:1||hybrid laser cutting:1||inplane switching mode:1||indium tin oxide:1||interdigitated bilayer structure:1||lamination:1||laser glass cutting:1||liquid crystal polymers:1||liquid crystal structure:1||liquid theory:1||low cell gap:1||mesogenic conjugated polymers:1||mesogenic luminophores:1||mesogenic mixture:1||mesophase polymorphism:1||metal grid:1||metalinsulatorsemiconductor:1||microstructure:1||microfabrication:1||microlens:1||minority carrier lifetime:1||mode stability:1||molecular orientation:1||multi&:1||multidomain alignment:1||multidomain liquid crystal:1||multidomain:1||nanoparticle:1||nanoparticles:1||nanocapsule:1||nanocomposite:1||nanopatterns:1||nanowires:1||narrow viewing:1||nonvolatile memory:1||nonvolatile:1||obliquely evaporated SiO2:1||optical compensation:1||organic lightemitting displays:1||organic thin film transistor:1||organic thinfilm transistor:1||patterned    ordering:1||patterned alignment layer:1||phaseseparated composite film:1||phaseseparated composite organic film:1||photopolymer:1||photoluminescence:1||pixel isolation:1||pixelisolated liquid crystal:1||pixelisolated liquidcrystal mode:1||planar polymeric liquid crystal (PPLC) lens:1||polarised emission:1||polarization light sources:1||polarizationdependent microlens:1||polarizationsensitive mirror:1||polarized    OLED:1||polarized emission:1||polyimide insulator:1||polymer stabilization:1||polymer wall:1||polymerdispersed liquid crystal:1||polymertic matrix:1||polystyrene:1||pressureassisted capillary force lithography:1||pretilt angle:1||pretilt angles:1||proton irradiation:1||recombination zones:1||reflective:1||reflective lens:1||replication:1||resistance RAM:1||response time:1||retention time:1||single substrate LCD:1||singlepolarizer LCD mode:1||smectic layer:1||solution process:1||splayed TN:1||surface treatment:1||surface wetting:1||surface wetting property:1||transflective liquid crystal display:1||transparent display:1||transparent electrode:1||transparent thin film transistors:1||tunneling device:1||twisted nematic LC:1||twisted nematic LC mode:1||twisted nematic structure:1||uniform texture:1||uniformly lying helix:1||vacuum evaporation:1||viewing angle:1||wavelengthtunability:1||wideviewing angle:1||#8208:1||wideband reflection:1||2D/3D switching mode:1||3D    display:1||3D display:1||ALD:1||Anchoring energy:1||Au/SiON:1||Azimuthal anchoring:1||BCSN:1||BCSNLC:1||BP:1||Blood compatibility:1||Blue phase:1||Capillary force lithography:1||Catalysts:1||Chiral hybrid:1||Cholesteric LC:1||Circular polarizer:1||Circularly polarized OLED:1||Color variation:1||DDTN:1||Direct fluorination:1||Dodecyltrichlorosilane:1||Dynamic focusing:1||Electrohydrohynamic instability:1||Electroluminescence:1||Electrophoretic particle:1||Emiflective:1||Encapsulated LC:1||Fe2O3 nanoparticles:1||Field fringe switching:1||Flexible:1||Four domain:1||Fourdomain twisted nematic:1||Fringe field switching:1||Fringe field switching mode:1||HTP:1||Helical pitche:1||Hydroprocessing:1||Inplane switching liquid crystal cell:1||Kerr device:1||LCD:1||LCP:1||LaserMatter Interaction:1||LaserProduced Plasma Plume:1||

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