Ikoma, 630-0192
Japan
Nara Institute of Science and Technology - Division of Materials Science
scintillator, photoluminescence, single crystal, near-infrared light, alkali halide
scintillator, radiation detector, luminescent material, single crystals
Scintillator, Transparent ceramics, Er, CaF2
Radio-photoluminesence, Storage Phosphor, Single Crystal, X-ray Imaging
Scintillator, photoluminescence, Floating zone method, Dose rate response, Afterglow
dosimetric materials, photoluminescence, thermoluminescence, single crystal
scintillator, thermal neutron, alkali halide, Bridgman-Stockbarger method, light yield
Scintillator, Radiation measurement, γ-ray detection, One-dimensional, Liquid phase
Scintillation, Fluorescence, Quantum-confinement effect, Solvent diffusion method, Exciton emission
Photostimulated-luminescence, Photoluminescence, Rare-earth, Halide, Translucent ceramic
photoluminescence, thermally stimulated luminescence, optically stimulated luminescence, CaYAlO4, reduction annealing, floating zone method
TSLglassmelt-quenching method
Scintillation, γ-ray detection, Hume-Rothery, Copper halide, No hygroscopicity, Continuous solid solution, Afterglow
Translucent ceramic, Scintillator, SrCl2, Sm2+, Spark plasma sintering method
scintillator, Two dimensional organic-inorganic perovskite compounds, Exciton, photoluminescence
Scintillator, Phosphor, Organic-inorganic perovskites, Exciton, Quantum well
OSL, Photoluminescence, Bridgman method, alkali halide, imaging plate
Light yield, Luminescence, Scintillation, Single crystal
Phosphor, Radiation measurement, Single crystal, Dosimetry