ScholarWorks@Soongsil University: Lee, Yun Sang

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Lee, Yun Sang (이윤상)

College of Natural Sciences (Department of Physics)

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Photoluminescence:18||Eu3+:14||SrZrO3:12||SrHfO3:9||Upconversion:8||Visible emission:8||Oxygen vacancy:7||Gammaray irradiation:6||SrTiO3:5||optical conductivity:5||Cuion doping:5||Ce3+:5||CaHfO3:5||Temperature dependence:5||Photoluminescence modulation:4||Spectroscopic ellipsometry:4||Optical spectroscopy:4||Codoping:4||Yb3+:4||Nanocrystals:4||Red emission:3||Substitution site:3||Ho3+:3||AZrO(3):3||Crystal symmetry:3||Luminescence:3||Indium tin oxide:3||Cuion implantation:3||Photochromism:3||chargeorbital ordering:3||Electronic structure:3||Raman scattering:2||App Application:2||Cu ion doping:2||K0.5Na0.5NbO3:2||Optical characterization:2||Eu2+:2||YBO3:2||YBa2Cu3Oy:2||Optical property:2||Excimer laser annealing:2||Defect state:2||Game:2||Smartphone:2||Solgel:2||BaHfO3:2||Combustion Method:2||Electronic Structure:2||Pb(Zr,Ti)O3:2||Midgap state:2||Absorption spectra:2||SrTiO3 single crystal:2||Perovskites:2||Ambient dependence:2||Energy transfer:2||nanocrystal:2||Er3+:2||Strontium stannate:2||Structural symmetry:2||Physics:2||rotation of orbital stripe:2||Ho3+/Yb3+:2||Er3+/Yb3+:2||Thermal annealing:2||Impurity band:2||NanoCrystals:2||Nanocrystal:2||Tm3+:2||Interaction:2||KNbO3 nanomaterial:1||LED encapsulant:1||La0.67Sr0.33MnO3 (LSMO) films:1||LaMnO3:1||LiBaPO4:1||Local lattice distortion:1||Lowtemperature photoluminescence:1||Magnetic property:1||Marcasite:1||Metalinsulator transition:1||Mixed valence states:1||Mn impurity:1||Mnion doping:1||MnWO4 single crystals:1||Monoclinic structure:1||Morphology:1||Multicolor emission:1||Multiferroics:1||NBTBT:1||NaBaPO4:1||Nanotube:1||Nd0.5Sr0.5MnO3 thin film:1||NiO:1||Nonsolventinduced phase separation:1||Numerical simulation:1||O2annealing:1||O2 annealing:1||Optical conductivity:1||Optical constant:1||Optical constants:1||Optical properties:1||Optical simulation:1||Optically stimulated luminescence:1||Oxide:1||Oxygen stoichiometry:1||Oxygen vacancies:1||Oxygenvacancy:1||PLD:1||POSS:1||Parasitic phase:1||PbTiO3 nanotube:1||Perovskite Zirconate:1||Perovskite stannate:1||Perovskite zirconate:1||Photoexcitation energy:1||Photoexcitation energy dependence:1||Photolumenescence:1||Physics education:1||Piezoelectric material:1||Piezoelectrics:1||Poly(acrylic acid):1||Poresize dependence:1||Porous alumina membrane:1||Porous nanofiber:1||Postannealing treatment:1||Pulsed laser deposition:1||Pyrite:1||Raman:1||Raman measurement:1||Raman spectroscopy:1||Rare Earth Ion:1||Rare earth ion:1||Rare earths:1||Rareearths:1||ReBAM:1||Reaction time:1||Red phosphor:1||Rietveld refinement:1||Selftrap exciton:1||Selftrapped excitons:1||Sensitizer:1||Silsesquiazane:1||Site dependence:1||Sitesubstitution dependence. ambient annealing:1||Sm3+:1||Solar cells:1||Spectroscopic Ellipsometry:1||Spectroscopy:1||Spintronics:1||Sputtering:1||Sr(NO₃)₂and SrCO₃:1||Sr(zr:1||Sr1xCaxZrO3:1||SrTiO3 films:1||SrZrO3 nanocrystals:1||SrZrO_3:1||Stoichiometry:1||Strain:1||Strontium ion:1||Structural disorder:1||Structural property:1||Structural transition:1||Surface direction:1||Surface strain:1||Tb3+:1||Template clamping:1||Thermal treatment:1||Thermoluminescence:1||Thickness dependence:1||Thin film interference:1||Transfer matrix method:1||Transmission:1||Transparent conducting substrate:1||Tunable emission color:1||Tunable visible emission:1||Twosite occupation:1||Valence state change:1||Valence state switching:1||Visible absorption:1||Visiblelight emission:1||White Emission:1||White upconversion luminescence:1||YVO4:1||Zn Doped Fe3O4:1||ZnO film:1||ZnO nanorod:1||amorphous precursor:1||annealing temperature:1||atomic scale:1||bilayer manganite:1||caxis stacking:1||charge/orbital ordering:1||chemical doping:1||combustion method:1||density functional theory:1||docetaxel:1||downshifting:1||electron correlations:1||electronphonon coupling:1||electronphonon interactions:1||enhanced permeability and retention:1||excitons:1||ferroelectrics:1||hardness:1||inplane anisotropy:1||inplane optical anisotropy:1||layered manganite:1||localised states:1||manganite:1||metalinsulator transition:1||multiferroics:1||nanocrystals:1||nanohybrid:1||optical anisotropy:1||oxide:1||poly(vinyl pyrrolidone):1||polyimide:1||preceramic polymers:1||pseudogap:1||resistivity merging:1||scattering rate:1||silicon gel:1||silsesquiazane:1||spinorbit interactions:1||strontium compounds:1||structural phase transition:1||superconducting gap:1||temperature dependence:1||transition temperature:1||transparency:1||upconversion:1||violetblue emission:1||xray absorption spectroscopy:1||가시광 발광:1||게임:1||결합 진동자:1||광학특성 분석:1||구리 이온 첨가:1||구조대칭:1||물리:1||물리 교육:1||발광:1||수치 시뮬레이션:1||스마트폰:1||앱 어플리케이션:1||.:1||인터랙션:1||3가 유로퓸:1||60K phase:1||Asite configuration:1||Asite vs:1||A2SiO4:1||AHfO(3):1||Ambient dependent annealing:1||Amorphous phase:1||Anisotropy in lattice dynamics:1||Bsite:1||BLT:1||BNKT:1||Ba1xCaxTiO3:1||BaSO4:1||BaTiO3:1||BaZrO3:1||Bandgap:1||Blue Emission:1||Blue emission:1||Blueviolet emission:1||CaHfO 3:1||CaZrO3:1||Calcite:1||Calcium carbonate:1||Cd2Re2O7:1||Ce 3+ /Tb 3+:1||Chargespin coupling:1||Chemical doping:1||Codoping ofLi plus:1||Concentrationdependence:1||Conversion of the valence states:1||Coupled oscillators:1||Crystalline phase:1||Crystallinity:1||Crystallographic structure:1||CuGaSe2 film:1||Doping site:1||Electronphonon coupling:1||Electrospinning:1||Ellipsometry:1||Emission:1||Er3+ and Yb3+ codoped SrZrO3:1||Eu ion:1||Eu ions:1||Eu(1/2)Ca(3/2)MnO(4):1||Eu/Tm:1||Eu2+/Eu3+:1||Eu3+ doping:1||Ferroelectric material:1||Formation energy:1||Gd3+:1||GdNbO4:1||Ge2Sb2Te5 (GST):1||Grain Size:1||H+ implantation:1||H2:1||H2:1||Hexagonal thin films:1||Hf)O3:1||Hydrothermal synthesis:1||Hydroxyl defects:1||InGaAsP:1||Interface:1||Judd–ofelt (JO) analysis:1||Juddofelt parameters:1||KBPO4:1||KBaPO4:1||KNMN:1||

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