ScholarWorks@Dongguk University: Hong, Sung kyu

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Hong, Sung kyu (홍성규)

College of Engineering (Department of Chemical and Biochemical Engineering)

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Tel 02-2260-8658
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Luminescent solar concentrator:8||blue phase:5||Intramolecular charge transfer:3||optical response time:3||luminescent solar concentrator:3||switching hysteresis:3||driving voltage:3||temperature range:3||Kerr coefficient:2||reflectance:2||Aggregationinduced emission:2||Aesthetics:2||nOCB homologue:2||energy transfer:2||expansion of temperature range:2||Chiral Dopant:2||Color Gamut:1||Color correction:1||Color tristimulus:1||Cylindrical optical fibers:1||Edge emission:1||Electronic paper:1||External photon efficiency:1||Extrusionsintering process:1||FPV:1||FRET:1||Fastmoving ball actuator:1||Floating PV:1||Flow rate:1||HTP:1||Helical Twisting Power:1||Hydrogenbonded liquid crystals:1||Indoor and outdoor light harvesting:1||Indoor/outdoor illumination:1||K 11:1||K 33:1||K11:1||K33:1||KubelkaMunk:1||LC phase stability:1||LSC:1||Large Stokes shift:1||Ligand:1||Light source:1||Light trapping modes:1||Liquid crystal emulsion:1||Luminophore:1||Mobile display:1||Muller matrix polarimeter:1||Nanoparticles:1||NonRandom Two Liquid (NRTL) Model:1||Organic photovoltaics:1||Outdoor/indoor light harvesting:1||PDLC:1||PLPDChLC:1||PLPDLC:1||PengRobinson Equation:1||Photoluminescent Material:1||Photon efficiency:1||Photostability:1||Photovoltaics:1||Polymer dispersed liquid crystal:1||Power Generation:1||Power conversion efficiency:1||Pressure Swing Distillation:1||Quantum dot:1||Quantum dots:1||RGB code:1||Reflectivity:1||Scattering layer:1||Selective stabilisation of blue phases:1||Silicone encapsulant:1||Simulation:1||Single unitmolded activated carbon:1||Smart color reflector:1||Smart window:1||Stacked design:1||Surface losses:1||Surface plasmonic resonance:1||TOPO:1||Temperature Range:1||Thermal curing degree:1||Through pore:1||Ultraviolet light:1||Water Level:1||Waveguides:1||achiral dopant:1||aggregationinduced emission:1||boosting effect:1||charge transfer:1||chiral dopant concentration:1||chiral nematic LC:1||cholesteric liquid crystal:1||cobalt oleate complex:1||colour gamut:1||concentration of chiral dopant:1||core group:1||core structure:1||dermis thickness:1||dimer:1||donoracceptor:1||electric fieldinduced polymer stabilization:1||epidermis thickness:1||geometric molecular structure:1||helical twisting power:1||hemoglobin:1||human skin information:1||identification:1||indoor lightharvesting:1||intramolecular:1||light back scattering:1||light harvesting:1||liquid crystal:1||melanin:1||mesogenic thiol ligand:1||moisturising effect:1||molecular parity:1||nCB homologue:1||optical retardation:1||organic fluorophore:1||outdoor:1||photoluminescence material:1||photostability:1||polymer matrix:1||polymerstabilized BP:1||reactive monomer concentration:1||rodlike chiral nematic liquid crystal:1||skin barrier:1||skin reflective spectrum:1||smart window:1||storage stability:1||surface modified gold nanoparticles:1||temperaturedependent FTIR:1||tetraoctadecylammonium bromide:1||visual comfort:1||발전량:1||수상태양광:1||1Oacylceramide:1||수위:1||4 '(10mercaptodecyloxy)biphenyl4carbonitrile:1||Acetonitrile:1||Active light shutter:1||Aggregation induced emission:1||BP polymer stabilization:1||Benzoxadiazole:1||Blue Phase:1||Blue phase:1||Blue phase polymer stabilization:1||Blue phases:1||Carbon quantum dots:1||CerENP:1||Charge transfer:1||Chiral Nematic Liquid Crystal:1||Chiral nematic liquid crystal:1||

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