Table Of Content

NON-CRYJSOTUARNLALLI NOEF SOLIDS ELSEVIER Journal of Non-Crystalline Solids 241 (1998) 209-210 Author Index Abdel-Rahim, M.A., A study of the crystalli- Drabold, D.A., see Zhang, X. 241 (1998) 195 zation kinetics of some Se—Te—Sb glasses 241 (1998) 121 Dubiel, M., see Schulz, B.M. 241 (1998) 149 Agarwal, S.C., see Sinha, A.K. 241 (1998) 128 Duffours, L., see Beurroies, I. 241 (1998) 38 Bao, X.-M., see Zhang, J.-Y. 241 (1998) 184 Glisen, B., A. Kettner, J. Kopitzke and J.H. Belyavsky, V.I., K. Csach, V.A. Khonik, V.A. Wendorff, On the character of the glass Mikhailov and V. Ocelik, Isothermal transition in columnar discotics 241 (1998) 113 strain recovery as a result of reversible Golant, K.M., see Tugushev, V.V. 241 (1998) 166 structural relaxation of metallic glasses 241 (1998) 105 Gupta, P.K. and A.R. Kulkarni, IR transmit- Beurroies, I., L. Duffours, P. Delord, T. ting glasses in the YF;—PbF,—CdF,—AIF, Woignier and J. Phalippou, Fractal geo- system 241 (1998) 53 metry change induced by compression densification 241 (1998) 38 Hafidi Alaoui, A., see Woignier, T. 241 (1998) 45 Beurroies, I., see Woignier, T. 241 (1998) 45 Hamad, A.Y., J.P. Wicksted, G.S. Dixon and Bogomolova, L.D., V.A. Jachkin and N.A. L.P. deRochemont, Laser-induced transi- Krasil’nikova, EPR study of vanadium- ent and permanent gratings in Eu**-doped containing amorphous silica formed by dual alkaline earth silicate glasses 241 (1998) 59 sol-gel method 241 (1998) 13 Hayakawa, T., see Nogami, M. 241 (1998) 98 Bogomolova, L.D., V.A. Jachkin, $.A. Prush- Hiraga, T., see Nogami, M. 241 (1998) 98 insky, S.A. Dmitriev, S.V. Stefanovsky, Hirashima, H., see Oh, J. 241 (1998) 91 Y.G. Teplyakov and F. Caccavale, Para- Ho, C.T., see Yeganeh-Haeri, A. 241 (1998) 200 magnetic species induced by ion implanta- Hosono, H., M. Miyakawa, H. Kawazoe and tion of Pb* and C~ ions in oxide glasses 241 (1998) 174 K.-i. Shimizu, Formation of electronic Braun, M., Y. Yue, C. Riissel and C. Jager, conducting amorphous WO, thin films Two-dimensional nuclear magnetic reso- by ion implantation 241 (1998) 190 nance evidence for structural order in ex- Hosono, H., see Yamazaki, M. 241 (1998) 71 truded phosphate glasses 241 (1998) 204 Hrma, P., see Day, D.E. 241 (1998) 1 Brzesowsky, R.H., G. de With, S. van den Cruijsem, IJ.M. Snijkers-Hendrickx, Imai, H., see Oh, J. 241 (1998) 91 W.A.M. Wolter and J.G. van Lierop, Glass strengthening by silica particle rein- Jachkin, V.A., see Bogomolova, L.D. 241 (1998) 13 forced organic—inorganic coatings 241 (1998) 27 Jachkin, V.A., see Bogomolova, L.D. 241 (1998) 174 Jager, C., see Braun, M. 241 (1998) 204 Caccavale, F., see Bogomolova, L.D. 241 (1998) 174 Csach, K., see Belyavsky, V.I. 241 (1998) 105 Kawazoe, H., see Hosono, H. 241 (1998) 190 Kettner, A., see Glisen, B. 241 (1998) 113 Day, D.E., Z. Wu, C.S. Ray and P. Hrma, Khonik, V.A., see Belyavsky, V.I. 241 (1998) 105 Chemically durable iron phosphate glass Kopitzke, J., see Glisen, B. 241 (1998) 113 wasteforms 241 (1998) 1 Krasil’nikova, N.A., see Bogomolova, L.D. 241 (1998) 13 de With, G., see Brzesowsky, R.H. 241 (1998) 27 Kulkarni, A.R., see Gupta, P.K. 241 (1998) 53 Delord, P., see Beurroies, I. 241 (1998) 38 deRochemont, L.P., see Hamad, A.Y. 241 (1998) 59 Lee, Y.-K., see Varughese, B. 241 (1998) 134 Diefenbacher, J., see Yeganeh-Haeri, A. 241 (19982)0 0 Lukic¢, S.R., D.M. Petrovic and A.F. Petrovic, Dixon, G.S., see Hamad, A.Y. 241 (1998) 59 Effect of copper on conductivity of amor- Dmitriev, S.A., see Bogomolova, L.D. 241 (19981)7 4 phous AsSe, 1. 241 (1998) 74 210 Author Index McMillan, P.F., see Yeganeh-Haeri, A. 241 (1998) 200 Tomozawa, M., see Varughese, B. 241 (1998) 134 Mikhailov, V.A., see Belyavsky, V.I. 241 (1998) 105 Tomozawa, M. and D.-W. Shin, Charge car- Miyakawa, M., see Hosono, H. 241 (1998) 190 rier concentration and mobility of ions in Mizuguchi, M., see Yamazaki, M. 241 (1998) 71 a silica glass 241 (1998) 140 Tripathi, S.K., see Sinha, A.K. 241 (1998) 128 Nagahama, S., see Yamazaki, M. 241 (1998) 71 Tugushev, V.V. and K.M. Golant, Excited Narayana, G.S., see Sinha, A.K. 241 (1998) 128 oxygen-deficient center in silicon dioxide Nogami, M., T. Hiraga and T. Hayakawa, as a structurally non-rigid, mixed-valence Effect of OH bonds on persistent spectral complex 241 (19981)6 6 hole burning of Sm**-doped glasses 241 (1998) 98 van den Cruijsem, S., see Brzesowsky, R.H. 241 (1998) 27 Ocelik, V., see Belyavsky, V.I. 241 (1998) 105 van Lierop, J.G., see Brzesowsky, R.H. 241 (1998) 27 Oh, J., H. Imai and H. Hirashima, Direct de- Varughese, B., Y.-K. Lee and M. Tomozawa, position of silica films using silicon alkox- Effect of fictive temperature on mechani- ide solution 241 (1998) 91 cal strength of soda-lime glasses 241 (19981)3 4 Venkateswara Rao, A., see Parvathy, N.N. 241 (1998) 79 Pajonk, G.M., see Parvathy, N.N. 241 (1998) 79 Parvathy, N.N., A. Venkateswara Rao and Weber, R., see Yeganeh-Haeri, A. 241 (19982)0 1 G.M. Pajonk, Effects of temperature and Wendorff, J.H., see Gliisen, B. 241 (1998) 113 sol-gel parameters on PbS crystallite sizes Wicksted, J.P., see Hamad, A.Y. 241 (1998) 59 and their spectral and physical properties Woignier, T., J. Reynes, A. Hafidi Alaoui, I. in a porous silica matrix 241 (1998) 79 Beurroies and J. Phalippou, Different Petrovic, A.F., see Luki¢, S.R. 241 (1998) 74 kinds of structure in aerogels: relation- Petrovic, D.M., see Luki¢, S.R. 241 (1998) 74 ships with the mechanical properties 241 (1998) 45 Phalippou, J., see Beurroies, I. 241 (1998) 38 Woignier, T., see Beurroies, I. 241 (1998) 38 Phalippou, J., see Woignier, T. 241 (1998) 45 Wolter, W.A.M., see Brzesowsky, R.H. 241 (1998) 27 Prushinsky, S.A., see Bogomolova, L.D. 241 (19981)7 4 Wu, Z., see Day, D.E. 241 (1998) Ray, C.S., see Day, D.E. 241 (1998) 1 Yamamoto, Y., see Yamazaki, M. 241 (1998) 71 Reynes, J., see Woignier, T. 241 (1998) 45 Yamazaki, M., Y. Yamamoto, S. Nagahama, Russel, C., see Braun, M. 241 (19982)0 4 N. Sawanobori, M. Mizuguchi and H. Hosono, Long luminescent glass: Tb** -ac- Sawanobori, N., see Yamazaki, M. 241 (1998) 71 tivated ZnO-B,O-Si0, glass 241 (1998) 71 Schulz, B.M., M. Dubiel and M. Schulz, A Ye, Y.-H., see Zhang, J.-Y. 241 (1998) 184 cooperative model for the mixed mobile Yeganeh-Haeri, A., C.T. Ho, R. Weber, J. ion effect in covalent glasses 241 (19981)4 9 Diefenbacher and P.F. McMillan, Elastic Schulz, M., see Schulz, B.M. 241 (19981)4 9 properties of aluminate glasses via Bril- Shimizu, K.-i., see Hosono, H. 241 (19981)9 0 louin spectroscopy 241 (1998) 200 Shin, D.-W., see Tomozawa, M. 241 (19981)4 0 Yue, Y., see Braun, M. 241 (1998) 204 Sinha, A.K., G.S. Narayana, S.K. Tripathi and S.C. Agarwal, Density of surface Zhang, J.-Y., Y.-H. Ye and X.-M. Bao, states in Li doped a-Si:H 241 (19981)2 8 Photoluminescence of defects in Ge* ion Snijkers-Hendrickx, I.J.M., see Brzesowsky, implanted thermal SiO, films 241 (1998) 184 R.H. 241 (1998) 27 Zhang, X., and D.A. Drabold, Evidence for Stefanovsky, S.V., see Bogomolova, L.D. 241 (1998) 174 valence alternation, and a new structural model of amorphous selenium 241 (1998) 195 Teplyakov, Y.G., see Bogomolova, L.D. 241 (1998) 174 NON-CRYJSOTUARNLALLI NOEF SOLIDS ELSEVIER Journal of Non-Crystalline Solids 241 (1998) 211-213 Subject Index Aerogels Elastic Properties Fractals, Pressure Effects, Structure 241 (1998) 45 Mechanical Properties, Oxides 241 (1998) 200 Fractals, Pressure Effects 241 (1998) 38 Electric Properties Amorphous Alloys Amorphous Semiconductors, Photoconduc- Stress Relaxation, Thermal Properties 241 (1998) 105 tivity 241 (1998) 74 Amorphous Semiconductors Electron Spin Resonance Electric Properties, Photoconductivity 241 (1998) 74 Glasses Containing Transition Metal Ions, Electronic Conductivity, lon Implantation 241 (1998) 190 Sol-Gel Processes, Structure 241 (1998) 13 Ion Implantation, Oxide Melts 241 (1998) 174 Chalcogenide Glasses Crystallization, Differential Thermal Analysis 241 (1998) 121 Electronic Conductivity Electronic Structure, Modelling 241 (1998) 195 Amorphous Semiconductors, Ion Implanta- tion 241 (1998) 190 Chemical Durability Glasses Containing Transition Metal Ions, Electronic Structure Mechanical Properties, Phosphates 241 (1998) 1 Chalcogenide Glasses, Modelling 241 (1998) 195 Coatings Fictive Temperature Sol-Gel Method, Strength 241 (1998) 27 Infra-red Absorption, Strength 241 (1998) 134 Covalent Glasses Fluorides Mixed-Alkali Effect, Modelling 241 (1998) 149 Infra-red Absorption, Stability 241 (1998) 53 Crystallization Fractals Chalcogenide Glasses, Differential Thermal Aerogels, Pressure Effects, Structure 241 (1998) 45 Analysis 241 (1998) 121 Aerogels, Pressure Effects 241 (1998) 38 Defects Glass Transition Ion Implantation, Luminescence 241 (1998) 184 Polymers, Viscosity 241 (1998) 113 Densification, Modelling, Silica 241 (1998) 166 Glasses Containing Transition Metal lons Densification Electron Spin Resonance, Sol-Gel Processes, Defects, Modelling, Silica 241 (1998) 166 Structure 241 (1998) 13 Chemical Durability, Mechanical Properties, Differential Thermal Analysis Chalcogenide Glasses, Crystallization 241 (1998) 121 Phosphates 241 (1998) 1 Diodes Grating Hydrogen Effects, Silicon, Surface Properties 241 (1998) 128 Oxides, Rare Earth Ions, Transient Effects 241 (1998) 59 Doping Hydrogen Effects Optical Properties, Sol-Gel Processes 241 (1998) 79 Diodes, Silicon, Surface Properties 241 (1998) 128 212 Subject Index Hydrogen in Glass Elastic Properties, Mechanical Properties 241 (1998) 200 Lasers, Optical Properties, Oxides 241 (1998) 98 Percolation Infra-red Absorption Luminescence, Oxides, Rare Earth Ions 241 (1998) 71 Fluorides, Stability 241 (1998) 53 Fictive Temperature, Strength 241 (1998) 134 Phosphates Chemical Durability, Glasses Containing Ion Implantation Transition Metal Ions, Mechanical Prop- Defects, Luminescence 241 (1998) 184 erties 241 (1998) 1 Amorphous Semiconductors, Electronic Con- Nuclear Magnetic Resonance, Orientational ductivity 241 (1998) 190 Correlation 241 (1998) 204 Electron Spin Resonance, Oxide Melts 241 (1998) 174 Photoconductivity Ionic Conductivity Amorphous Semiconductors, Electric Proper- Mobility, Silica, Transport Properties - Solids 241 (1998) 140 ties 241 (1998) 74 Lasers Polymers Hydrogen in glas, Optical properties,Oxides 241 (1998) 98 Glass Transition, Viscosity 241 (1998) 113 Luminescence Porosity Defects, Ion Implantation 241 (1998) 184 Refractive Index, Sol-Gel Processes, Thin Oxides, Percolation, Rare Earth Ions 241 (1998) 71 Films 241 (1998) 91 Mechanical Properties Pressure Effects Chemical Durability, Glasses Containing Aerogels, Fractals, Structure 241 (1998) 45 Transition Metal Ions, Phosphates 241 (1998) 1 Aerogels, Fractals 241 (1998) 38 Elastic Properties, Oxides 241 (1998) 200 Rare Earth Ions Mixed-Alkali Effect Grating, Oxides, Transient Effects 241 (1998) 59 Covalent Glasses, Modelling 241 (1998) 149 Luminescence, Oxides, Percolation 241 (1998) 71 Mobility Refractive Index Ionic Conductivity, Silica, Transport Proper- Porosity, Sol-Gel Processes, Thin Films 241 (1998) 91 ties - Solids 241 (1998) 140 Silica Modelling Ionic Conductivity, Mobility, Transport Covalent Glasses, Mixed-Alkali Effect 241 (1998) 149 Properties - Solids 241 (1998) 140 Defects, Densification, Silica 241 (1998) 166 Defects, Densification, Modelling 241 (1998) 166 Chalcogenide Glasses, Electronic Structure 241 (1998) 195 Silicon Nuclear Magnetic Resonance Diodes, Hydrogen Effects, Surface Properties 241 (1998) 128 Orientational Correlation, Phosphates 241 (1998) 204 Sol-Gel Method Optical properties Coatings, Strength 241 (1998) 27 Hydrogen in glass, Lasers, Oxides 241 (1998) 98 Doping, Sol-Gel Processes 241 (1998) 79 Sol-Gel Processes Electron Spin Resonance, Glasses Containing Orientational Correlation Transition Metal Ions, Structure 241 (1998) 13 Nuclear Magnetic Resonance, Phosphates 241 (1998) 204 Doping, Optical Properties 241 (1998) 79 Porosity, Refractive Index, Thin Films 241 (1998) 91 Oxide Melts Electron Spin Resonance, Ion Implantation 241 (1998) 174 Stability Fluorides, Infra-red Absorption 241 (1998) 53 Oxides Grating, Rare Earth Ions, Transient Effects 241 (1998) 59 Strength Luminescence, Percolation, Rare Earth Ions 241 (1998) 71 Coatings, Sol-Gel Method 241 (1998) 27 Hydrogen in Glass, Lasers, Optical Properties 241 (1998) 98 Fictive Temperature, Infra-red Absorption 241 (1998) 134 Subject Index 213 Stress Relaxation Thin Films Amorphous Alloys, Thermal Properties 241 (1998) 105 Porosity, Refractive Index, Sol-Gel Processes 241 (1998) 91 Structure Transient Effects Electron Spin Resonance, Glasses Containing Grating, Oxides, Rare Earth Ions 241 (1998) 59 Transition Metal Ions, Sol-Gel Processes 241 (1998) 13 Aerogels, Fractals, Pressure Effects 241 (1998) 45 Transport Properties - Solids Ionic Conductivity, Mobility, Silica 241 (1998) 140 Surface Properties Diodes, Hydrogen Effects, Silicon 241 (1998) 128 Viscosity Glass Transition, Polymers 241 (1998) 113 Thermal Properties Amorphous Alloys, Stress Relaxation 241 (1998) 105