Table Of Content

Available online at www.sciencedirect.com 43 } science @oinecrs FIMINESCENCE ELSEVIER Journal of Luminescence 114 (2005) 319-320 www.elsevier.con/locate/jlumin Subject Index 1,10-phenanthroline 77 Fd-transition 255 1,8-naphthalimide 125 Fluorescence spectrum 101, 213 Fluorescent probe 125 Absorption spectrum 101, 213 Fluorescent sensors 125 Accelerated current test 39 Fluorides 247, 255 Acid—base equilibrium 213 ‘ P Afterglow 131 Garnets 85 Anti-site defects 85 Gd,03:Eu 275 Associative defects 9 Glass 178 Halite 234 Band structure calculation 255 Hexa-aluminate 207 Blue emission 155 Infrared photoluminescence 9 Carborane 60 Interchain interaction 31 Cascade 267 Irradiation 293 Cathodoluminescence 2 Cation-state probability 145 Judd—Ofelt theory 1, 167, 247 Ce-dopant 85 Charge-transfer excitation 1; Lanthanide complexes 281 Color center | 55 Lanthanides 77 Complex oxides 955 Laser 178 wee eae Laser dye 162 Conjugated backbone of polymer ees. mee i ee Core-shell 15 , Luminescence 15, 60, 77, 85, 131, 187, 255, 293, 299, : nina 4 307 Csbr:Eu"" 24 ~ e CsGdoF, 65 Luminescence properties 247 iis : Luminescent properties 1 Degradation 39 Methyl 3-hydroxy-2-quinoxali(nM3aHtQe) 101 Downconversion 65 MgF,—BaF,—Al(PO3);—Ba(PO3)> glass system 167 Dye/matrix interaction 162 MO-PPV 31 Molecular structure 31 Efficiency 53 Multiphonon relaxation 167 Electronic structures 241 Emission 131 Nanoparticles 15 Emission cross-section 167 NaYF4:Er 53 Energy transfer 43 Near infrared 307 Er:YAG 43 Near-infrared emission 77 ESIPT 101 New account of electron back transfer 145 Estimated lifetime 39 Non-amphiphilic 197 Europium 247 Europium complex 187 Optical amplifier 307 Excimer 31 Optical damage resistance 288 Exciplex 60 Optical dating 234 Excitons 85 Optically stimulated luminescence 234 dot: 10.1016/S0022-2313(05)00173-0 Subject Index PEO 187 Space averaging procedure 145 PET 125 Spectroscopic characterization 288 Phosphor 65 Spectroscopy 53, 77 Photoemission 15 Spray pyrolysis 118 Photoluminescence 31, 71, 95, 118, 137, 227, 241, Sputtering power 71] 281 Storage phosphors 24 Photoluminescent pigment — 1: Synthetic opal 118 Photonic band gap 118 Photostimulated luminescence Tetraethylorthosilicate (TEOS) 15 Pr 227 Theoretical calculations 101, 213 Prototropic equilibriums 101 Thin film 299 PVP 187 Titanium-doped spinel 155 PVS_ 187 Tunable solid state dye laser 162 Quantum cutting 65, 2 Upconversion 43, 53 Quantum dots 95 UV-vis 95 Quantum splitting 267 UV-vis absorption and fluorescence spectroscopy 197 Quenching 137, 26 Vacuum ultraviolet 65 Radiation-induced defects 24 Valence change 178 Rare earth 43, 77, 178, 255 Rare earth borate 299 Wet chemical process 299 Red shift 95 White LED 207 Reversible electron transfer 145 White light-emitting diodes 39 RF magnetron sputtering method Rhenium 60 X-ray 24 RHO6G dye 15 XRD 95 SHI irradiation 95 Y,03:Eu 275 Single crystals 85 Single-crystalline films 85 Zinc ion 125 SnO;:Sb films 71] Zn:Yb:Er:LiNbO; 288 Sol-gel 178, 281 ZnO 118 Sol-gel glass 77 ZnS:Mn* nanoparticles 293 Available online at www.sciencedirect.com science @)onecrs LUMINESCENCE ELSEVIE Journal of Luminescence 114 (2005) 321 www.elsevier.com/locate/jlumin Materials Index 6-aminonicotinic acid 213 Nanoparticles 307 Carbazole chromophore 241 Phosphor 13] CaTiO;, 227 Pr 267 Eu 67 Red-emitting phosphor 207 Europium | F — Si nanocrystals 13 Sol-gel silica 162 Fluorides l Sr;MgSnO, 131 Sulforhodamine 640 162 Langmuir-Blodtt films 197 LaPO, 307 Thin-film phosphor 227 Mn* 207 Zinc selenide 9 Mono-substituted polyacetylene 241 ZnO 227 doi:10.1016/S0022-2313(05)00174-2