Table Of Content

Available online at www.sciencedirect.com : "ee ecience @oinecr- HUMINESCENCE i ELSEVIER Journal of Luminescence 113 (2005) 341-342 www.elsevier.com/locate/jlumin Subject Index Ab initio calculations 50 Intensity noise 129 Absorption coefficient Irradiation 9 AM1 321 Amorphous 279 Lanthanides 79 Laser irradiation 243 f-diketonates 50 Laser spectroscopy 100 Baking process 199 Layered semiconductor 137 Bound exciton 115 LCMD 79 Lifetime 17, 27 Cathodoluminescence 69, 183, 191, 235 Luminescence 79, 249, 329 Cdoo6Zno.osTe 235 Luminescent particle 161 CdTe 235 Luminescent properties 285 Color centers 169 Concentration effects Maleimide 321 Co-precipitation 69 MESF 314 Cyanine dyes 1 Methanol-in-oil-droplet 1 Microstructure 249 Decay time 115 Monte Carlo calculations 191 Defects 235 Degradation mechanism 199 Nanoparticles 174 Electrolytic coloration 169 Near-infrared emission 265 Electronic excitation 156 Emission cross-section 27 Optical absorption 121 Energy transfer 156 Optical properties 109 Enhanced fluorescence 1 Optical-transitions 235 Erbium-doped ORMOSIL film 214 Oxygen quenching 33 Eu2* 199 Oxytetracycline (OTC) 94 Extinction coefficient 314 PDP (Plasma display panel) 199, 271 femtosecond 301 Phosphor 174 Fluorescein 314 Phosphor degradation 191 Fluorescence decay 221 Phosphorescence 33 Fluorescence standard 314 Photobleaching 9 Fluorimetry 305 Photoluminescence 9, 50, 64, 69, 89, 121, 137, 214, 229, FT-IR spectroscopy 243 243, 258, 279, 291 Photo-luminescent properties 45 Heparin 305 PL enhancement 243 Hole burning 156 PL stabilization 243 Hydroxyl-doped sodium chloride crystal 169 Point defects 109 Porous semiconductors 329 III-V compounds 329 Pressure-sensitive paint (PSP) 33 Impurity levels 137 Inclusion complex 94 Quantum confinement 64 Infrared luminescence 100 Quantum dot 129 Infrared radiometry 151 Quantum yield 17 doi:10.1016/S0022-2313(05)00128-6 342 Subject Index Rare earth 174, 291 Telluride glass 27 Rare earth doping 329 Terahertz 301 Rare-earth borate glass 121 Thermal radiation 151 Relaxation time 129 Thermoluminescence 89, 151 Reverse micelles 1 Time-resolved 258 Time-resolved luminescence 17 Self-trapped exciton 143 Trifluorides 143 Sol-gel 285 Sol-gel process 45, 214 Up-conversion 100, 174 Solid-state reaction 45 UPT 174 Spatial confinement 1 Spectrofluorimetric method 94 VUV_ 143 Spectroscopic properties 214 Spectroscopy 221 X-ray diffraction 50, 285 Spherical 249 Spray pyrolysis 183, 249 SRM 1932 314 YF; 143 Stokes shift 321 Yb°* 27 Surface defect state 115 Synchrotron radiation 143 ZINDO 321 Available online at www.sciencedirect.com seranon @ernscr: LUMINESCENCE a ae 844 ees ELSEVIER Journal of Luminescence 113 (2005) 343 www.elsevier.com/locate/jlumin Materials Index 1,10-phenanthroline 50 PbWO, crystal 109 1-(2-naphthoyl)-3,3,3-trifluoroacetone 50 Phosphors 161, 174, 191, 199, 249, 271, 285 Platinum porphyrin 33 2,2'-bipyrimidine 50 Polymer films 33 Porous silicon 243 BaMgAl,9O 7 199 Raarree--eeaartrht h oxiodxied s 161 Cathodoluminescence 191 Cd,Hg,_,Te 301 Conjugated polymer 156 Samarium 17, 121 Cr** 109 Si 229 Silicon 64 Doxycycline 305 Silicon oxidized 279 Silver-halide fibers 151 Ethyl substituted B-cyclodextrin 94 SiO, 229 Eu 249 Sm** ion 9 Eu** ion doped 45 Sol-gel 291 Europium 50, 121, 305 SrY,O4:Eu** 285 Europium (Eu**) 94 = Thin films 183, 279, 291 Gadolinium 50 Thulium 271 Lanthanides 17 Lanthanum phosphate 271 Y>0,S:Ti Long persistent phosphor 89 Laser material 100 Y,0, 249 Lipophilic complex 79 Yb?* 27 Ytterbium laser glass 221 MCM-41 258 Multilayers 64 Zn-doped GaS_ 137 Nanocrystal 69, 229 ZnO 183 Nanoparticles 161, 174 ZnO:Zn Phosphor 115 Ni-doped material 265 ZnS:Mn-" 69 doi:10.1016/S0022-2313(05)00129-8