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Journal of Non-Crystalline Solids 1999: Vol 258 Index PDF

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Preview Journal of Non-Crystalline Solids 1999: Vol 258 Index

NON-CRYSTALLINE SOLIDS ELSEVIER Journal of Non-Crystalline Solids 258 (1999) 245-246 www.elsevier.com/locate/jnoncrysol Author Index Alam, T.M., S. Conzone, R.K. Brow Fokin, V.M., O.V. Potapov, C.R. Chi- and T.J. Boyle, “Li, ‘Li nuclear mag- naglia and E.D. Zanotto, The effect netic resonance investigation of of pre-existing crystals on the crys- lithium coordination in binary phos- tallization kinetics of a soda—lime-si- phate glasses 5 (1999) lica glass The courtyard Aronne, A., see Clayden, N.J. 3 (1999) phenomenon 1999) 180 Aronne, A., see Pernice, P. (1999) Ghosh, A., see Sen, S 1999) Benedetti, A., see Bianchini, F.G. § (1999) 198 Giridhar, A., see Mahadevan, S 1999) 207 Bianchini, F.G., P. Riello and A. Bene- Griscom, D.L., C.1. Merzbacher, R.A. detti, Small-angle X-ray scattering Weeks and R.A. Zuhr, Electron spin and Rayleigh scattering studies of resonance studies of defect centers the microstructure of some optical induced in a high-level nuclear waste glasses Pe § (1999) 198 glass simulant by gamma-irradiation a Bieganski, P., see Jerie, K. § (1999) 155 and ion-implantation 1999) 34 Boatner, L.A., see Suzuya, K. “ (1999) 48 Gu, S.R., see Huang, W.L 1999) 234 i Bouznik, V.M., see Ignatieva, L.N. § (1999) 131 e Boyle, T.J., see Alam, T.M § (1999) 140 Hamel, L.-A., see Chen, W.C. (1999) 223 in BBBrureaocdwhy,e, l eR,D.. KJ..A,,. C.sse,eee sTAeael kaemMb,ce K, Te.oHMw.. n , D.A. a- rAFFAAAl oo soo§ ((11(9919999999))) 21349980 HHHaeenyannaiesnyag,k, a ,A .ThDY...,,, ssseeeeee JZTaeagnekgre,,d a,CQ S (((111999999999))) 214674]8 Bureau, B., G. Silly, J.Y. Buzaré and C. Hewak, D.W., see Takebe, H (1999) 239 Jacoboni, From 1D to 3D fluorine Huang, W.L., K.M Liang and S. Ren octahedron networks in transition Gu, Effect of HCI in a two-step metal fluoride glasses: a '"F MAS sol-gel process using TEOS (1999) NMR study 58 (1999) Buzare, J.Y., see Bureau, B. § (1999) Ignatieva, L.N. and V.M. Bouznik, The quantum chemical study of the Chen, W.C., L.-A. Hamel and A. Ye- fluoride and oxyfluoride glass struc- lon, Multiple-trapping model with ture (1999) 13 field-dependent effects on carrier time of flight in a-Si:H 3 (1999) 223‘ Jacoboni, C., see Bureau, B (1999) 110 Chinaglia, C.R., see Fokin, V.M. (1999) 180 Jager, C., Th. Henning, R. Schlégl and Chuvaeva, T.I., see Kang, U.k. (1999) 216 O. Spillecke, Spectral properties of Clayden, N.J., S. Esposito, A. Aronne carbon black (1999) 161 and P. Pernice, Solid state *’Al Jerie, K., E.M. Pawlik, J. Wojcik and P NMR and FTIR study of lantha- Bieganski, Determination of non- num aluminosilicate glasses 258 (1999) homogeneity in Vycor glasses by Conzone, S., see Alam, T.M. 258 (1999) means of positron annihilation and analysis of electron microscope Duffrene, L., see Pelletier, J.M. 258 (1999) images (1999) 155 Dymshits, O.S., see Kang, U.k. 258 (1999) Kang, U.k., A.A. Zhilin, G.T. Petrov- Erdogan, T., see Zeng, Q. 258 (1999) sky, O.S. Dymshits and T.I. Chuvae- Esposito, S., see Clayden, N.J. 258 (1999) va, Structural transformations of Esposito, S., see Pernice, P. 258 (1999) nanometer sized crystals in CoO- futhor Index doped B-eucryptite-based glass-cera- Rechenberg, H., see Pascoal, H.B 258 (1999) 92 mics (1999) 2 Riello, P., see Bianchini, F.G 258 (1999) 198 Kirchner, S.J., see Sefcik. J (1999) Kulshreshtha. S.K., see Sudarsan, \ (1999) Sales, B.C., see Suzuya, K 258 (1999) 48 Schlégl, R., see Jager, C. 258 (1999) 161 Leblanc, R.M., see Puccetti, G (1999) Seftik, J.. S.E. Rankin, S.J. Kirchner Liang, K.M., see Huang, W.1 (1999) 2 and A.V. McCormick, Esterifica- Loong, C.-K., see Suzuya, K (1999) tion, condensation, and deprotona- tion equilibria of trimethylsilanol § (1999) Mahadevan, S. and A. Giridhar, Mean Sekkat, A., see Pelletier, J.M (1999) atomic volume and ij of Sen, S. and A. Ghosh, Structure and A 2.(Asy gSey 3Tep.3) glasses (1999) 2 other physical properties of magne- Margaca, F.M.A., I.M. Miranda Salva- sium vanadate glasses 3 (1999) do and J. Teixeira, Small angle neu- Sigaev, V.N., see Pernice, P § (1999) tron scattering study of silica gels Silly, G., see Bureau, B. 3 (1999) influence of pH (1999) Spillecke, O., see Jager, C 3 (1999) Masumoto, K., see Takeda, S$ (1999) 2 Stebbins, J.F., see Zeng, Q. NNWNVNm h5 (1999) McCormick, A.V., see Sefcik, J (1999) Sudarsan, V. and S.K. Kulshreshtha, McKeown, D.A..1.S. Muller, A.C. Bue- Study of structural aspects of chele and I.L. Pegg, X-ray absorp- V,0O;-P,0;-B,0, glasses (1999) tion studies of the local Suzuya, K., C.-K. Loong, D.L. Price, environment of Zr in high-zirconia B.C. Sales and L.A. Boatner. The borosilicate glasses (1999) structure of lead~indium phosphate Merzbacher, C.I., see Griscom, D.I (1999) and lead-scandium _ phosphate Miranda Salvado, I.M., see Margaca, glasses 58 (1999) F.M.A (1999 ) Morinaga, K., see Takebe, H (1999) 2 Takebe, H., D.J. Brady, D.W. Hewak Muller, I.S., see McKeown, D.A (1999) and K. Morinaga, Thermal proper- ties of Ga»S,-based glass and their Pascoal, H.B.. W.M. Pontuschka and consideration during fiber drawing 3 (1999) 2 H Rechenberg, Luminescence Takeda, S., K. Yamamoto, Y. Hayasa- quenching by iron in calcium alumi- ka and K. Masumoto, Erratum to noborate glasses (1999) “Surface OH group governing wett- Pawlik, E.M., see Jerie, K (1999) ability of commercial glasses” [J. , L.L., see McKeown, D.A (1999) Non-Cryst. Solids 249 (1) (1999) Pelletier, J.M., J. Perez, L. Duffrene and 41 46] (1999) 2 A. Sekkat, Evidence for a residual Teixeira, J.. see Margaca, F.M.A. 3 (1999) elastic modulus in inorganic glasses by mechanical spectroscopy 7 ( 1999) Weeks, R.A., see Griscom, D.L (1999) Perez, J., see Pelletier, J.M ; (1999) Wojcik, J., see Jerie, K. 58 (1999) Pernice, P., S. Esposito, A. Aronne and V.N. Sigaev, Structure and crystalli- Yamamoto, K., see Takeda, S. (1999) 244 zation behavior of glasses in the Yelon, A., see Chen, W.C. (1999) 223 BaO-B,O;-AlI,O,; system § (1999) I Pernice, P., see Clayden, N.J 8 (1999) 1] Zanotto, E.D., see Fokin, V.M. 58 (1999) 180 Petrovsky, G.T., see Kang, U.K § (1999) 216 Zeng, Q., J.F. Stebbins, A.D. Heaney Pontuschka, W.M., see Pascoal, H.B § (1999) 92 and T. Erdogan, Hydrogen specia- Potapov, O.V., see Fokin, V.M § (1999) 180 tion in hydrogen-loaded, germania- Price, D.L., see Suzuya, K § (1999) 48 doped silica glass: a combined Puccetti, G. and R.M. Leblanc, Caging NMR and FTIR study of the effects interactions between a dopant chro- of UV irradiation and heat treat- mophore and the sol-gel matrix § (1999) ment 258 (1999) 78 Zhilin, A.A., see Kang, U.k. 258 (1999) 216 Rankin, S.E., see Seféik, J 258 (1999) 187 Zuhr, R.A., see Griscom, D.L. 258 (1999) 34 NON-CRYSTALLINE SOLIDS ELSEVIER Journal of Non-Crystalline Solids 258 (1999) 247-248 www.elsevier.com/locate/jnoncrysol Subject Index Amorphous Semiconductors EXAFS Electron Interactions, Monte Carlo Simula- Zirconia 258 (1999) 98 tions (1999) 223 Fibers Borates Crystallization Crystallization 1999) Nuclear Magnetic Resonance, Phosphates. Fluoride Glasses Vanadium Oxide 1999) , Structure Optical Properties, Radiation Effects 1999) Fluorides Carbon Optical Properties 1999) Nuclear Magn: etic Resonance, Structure 1999) 1] Germania Chalcogenide Glasses Density, Glass Transition, Structure 1999) Defects, Hydrogen Effects, Photoresponse ( 1999) Chemical Modification Glass Transition Secondary Ion Mass Spectroscopy (1999) Chalcogenide Glasses, Density, Structure Crystallization Hydrogen Effects (1999) 180 Defects, Germania, Photoresponse 1999) Borates (1999) | Fibers (1999) 239 lon Implantation Electron Spin Resonance, Nuclear Spin Re- Defects laxation, Radiation Effects 1999) 34 Germania, Hydrogen Effects, Photoresponse » (1999) Light Scattering Density Optical Properties, Small Angle X-ray Scat- Chalcogenide Glasses, Glass Transition, tering 1999) 198 Structure (1999) 2 Mechanical Relaxation Electric Modulus Electric Modulus, Structural Relaxation 1999) 119 Mechanical Relaxation, Structural Relaxa- tion (1999) Monte Carlo Simulations Amorphous Semiconductors, Electron Inter- Electron Interactions actions 1999) 223 Amorphous Semiconductors, Monte Carlo Simulations 58 (1999) 22 Neutron Diffraction Phosphates, Structure 1999) 48 Electron Microscopy Porosity, Positron Annihilation, Silicates 3 (1999) Nuclear Magnetic Resonance Borates, Phosphates, Vanadium Oxide wa) (1999) 20 Electron Spin Resonance Fluorides, Structure nN (1999) 110 lon Implantation, Nuclear Spin Relaxation, Optical Properties, Structure T (1999) 11 Radiation Effects 258 (1999) 34 Phosphates ttttteyvy n OCCrOOo (1999) 140 2.A4 8 Subject Index Nuclear Spin Relaxation Silicates Electron Spin Resonance, fon Implantation. Electron Microscopy, Porosity, Positron An- Radiation Effects (1999) nihilation 258 (1999) Optical Properties Small Angle Neutron Scattering Borates, Radiation Effects (1999) Sol-Gel Processes (1999) Carbon (1999) 161 Light Scattering, Small Angle X-ray Scatter- Small Angle X-ray Scattering ing (1999) 198 Light Scattering, Optical Properties 58 (1999) Nuclear Magnetic Resonance, Structure (1999) Phase Transition, Structure, Transition Me- Sol-Gel Method § (1999) 2 tals § (1999) Sol-Gel Processes 5 (1999) Phase Transition Small Angle Neutron Scattering 58 (1999) Optical Properties, Structure, Transition Me- tals (1999) 216 Structural Relaxation Electric Modulus, Mechanical Relaxation 58 (1999) Phosphates Borates, Nuclear Magnetic Resonance, Vana- Structure dium Oxide (1999) Chalcogenide Glasses. Density, Glass Transi- Neutron Diffraction, Structure (1999) tion § (1999) 207 Nuclear Magnetic Resonance (1999) Fluoride Glasses 58 (1999) 131 Fluorides, Nuclear Magnetic Resonance § (1999) 110 Photoresponse Neutron Diffraction, Phosphates (1999) Defects, Germania, Hydrogen Effects § (1999) Nuclear Magnetic Resonance, Optical Prop- erties § (1999) Porosity Optical Properties, Phase Transition, Transi- Electron Microscopy, Positron Annihilation, tion Metals 58 (1999) Silicates (1999) Thermal Properties Positron Annihilation Semiconductors, Vanadium Oxide 58 (1999) Electron Microscopy, Porosity, Silicates § (1999) Transition Metals Radiation Effects Optical Properties, Phase Transition, Struc- Borates, Optical Properties (1999) ture § (1999) 216 Electron Spin Resonance, Ion Implantation, Nuclear Spin Relaxation § (1999) Vanadium Oxide Borates, Nuclear Magnetic Resonance, Phos- Secondary Ion Mass Spectroscopy phates § (1999) Chemical Modification § (1999) Semiconductors, Thermal Properties (1999) Semiconductors Zirconia Thermal Properties, Vanadium Oxide 258 (1999) EXAFS (1999)

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