Table Of Content

SOLID STATE IONICS ELSEVIER Solid State Ionics 75 (1995) 281-283 Author index to volume 75 Adams, St., K. Hariharan and J. Maier, Interface effect on the silver ion conductivity dur- ing the crystallization of AgI-Ag,O-V,O, glasses 75 (1995) 193 Adriaens, A.G., see N. Wilcox 75 (1995) 127 Baek, K.-K. and H.L. Tuller, Atmosphere sensitive CuO/ZnO junctions 75 (1995) 179 Bonnell, D.A., B. Huey and D. Carroll, In-situ measurement of electric fields at individual grain boundaries in TiO, 7S CP99S) oe Brook, R.J., see N. Nicoloso 75 (1995) 211 Bunde, A., Application of percolation theory in composites and glasses 75 (1995) 147 Cannon, R.M., see R.H. French 75 (1995) 13 Carroll, D., see D.A. Bonnell 75 (1995) 35 Chen, R., see M.S. Whittingham 75 (19952)5 7 Chiang, Y.-M., see R.H. French 75 (1995) 13 Chiang, Y.-M., see J.-R. Lee 73 (1993) Chirayil, T., see M.S. Whittingham 75 (19952)5 7 75 (1995) 13 DeNoyer, L.K., see R.H. French 75 (19951)0 7 Dessemond, L., see M. Kleitz 75 (19951)8 7 Dieckmann, R., see F.-H. Lu 75 (19952)4 1 Dieckmann, R., see R. Subramanian 75 (19951)2 7 Dravid, V.P., see N. Wilcox Ernst, F., see S. Stemmer 75 (1995) 43 French, R.H., R.M. Cannon, L.K. DeNoyer and Y.-M. Chiang, Full spectral calculation of non-retarded Hamaker constants for ceramic systems from interband transition strengths 75 (1995) 13 Fromhold, Jr., A.T., Space-charge modification of the ionic currents for oxide growth 75 (1995) 229 Gauckler, L.J. and K. Sasaki, Ionic and electronic conductivities of homogeneous and heterogeneous materials in the system ZrO,-In,O, 75 (1995) 203 Greuter, F., Electrically active interfaces in ZnO varistors 75 (1995) 67 Guo, J.-D., see M.S. Whittingham 75 (1995) 257 Hariharan, K., see St. Adams 75 (1995) 193 Hsu, W.-Y., see S. Stemmer 75 (1995) 43 Huey, B., see D.A. Bonnell 7S (1993) 35 282 Author index Jamnik, J., J. Maier and S. Pejovnik, Interfaces in solid ionic conductors: Equilibrium and small signal picture 75 (1995) 51 Janauer, G., see M.S. Whittingham 75 (19952)5 7 Kleitz, M., L. Dessemond and M.C. Steil, Model for ion-blocking at internal interfaces in zirconias 75 (1995) 107 LeCorre-Frisch, A., see N. Nicoloso 75 (1995) 211 Lee, J.-R. and Y.-M. Chiang, Bi segregation at ZnO grain boundaries in equilibrium with Bi,O03-ZnO liquid ta ELFs2) FF Lu, F.-H., M.L. Newhouse, R. Dieckmann and J. Xue, Platinum —- a non-inert material re- acting with oxides 75 (1995) 187 75 (1995) 51 Maier, J., see J. Jamnik 75 (1995) 139 Maier, J., Defect chemistry in heterogeneous systems 75 (19951)9 3 Maier, J., see St. Adams 75 (1995) 211 Maier, J., see N. Nicoloso Martin, M., P. Tigelmann, S. Schimschal-Thélke and G. Schulz, Solid state reactions and morphology 75 (19952)1 9 Mattingly, W.B. and R. Raj, Measurement of oxygen activity modulated space charge po- 75 (19951)1 7 tential at metal—ceramic interfaces using a CHEMFET with epitaxial LaF; electrolyte Newhouse, M.L., see F.-H. Lu 75 (1995) 187 Nicoloso, N., A. LeCorre-Frisch, J. Maier and R.J. Brook, Conduction mechanisms in RuQ,- glass composites 75 (1995) 211 Pejovnik, S., see J. Jamnik 73.(1995) 31 Raj, R., see S. Stemmer 75 (1995) 43 Raj, R., see W.B. Mattingly 75 (1995) 117 Ravikumar, V., see N. Wilcox 75 (1995) 127 Riess, I., pn junctions in mixed ionic-electronic conductors induced by chemical and elec- trical potential gradients 75 (1995) 59 Rodrigues, R.P., see N. Wilcox 75 (19951)2 7 Rihle, M., see S. Stemmer 75 (1995) 43 Rusanoy, A.I., Interfacial thermodynamics: Development for last decades 75 (19952)7 5 Sapoval, B., Linear and non-linear behavior of fractal and irregular electrodes 75 (1995) 269 Sasaki, K., see L.J. Gauckler 75 (19952)0 3 Sass, S.L., see R. Subramanian 75 (1995) 241 Schimschal-Tholke, S., see M. Martin 75 (1995) 219 Schneider-St6rmann, L., M. Vollmann and R. Waser, Grain-boundary decorated titanate 75 (19951)2 3 ceramics: Preparation and processing 75 (1995) 219 Schulz, G., see M. Martin 75 (19951)0 1 Slifkin, L.M., see S.K. Wonnell 75 (19951)2 7 Soni, K.K., see N. Wilcox 75 (19951)5 7 Steele, B.C.H., Interfacial reactions associated with ceramic ion transport membranes Author index 283 Steil, M.C., see M. Kleitz 75 (1995) 107 Stemmer, S., S.K. Streiffer, F. Ernst, M. Riihle, W.-Y. Hsu and R. Raj, Domain configura- tions in ferroelectric PbTiO; thin films: The influence of substrate and film thickness 75 (1995) 43 Streiffer, S.K., see S. Stemmer 75 (1995) 43 Subramanian, R., E. Ustiindag, S.L. Sass and R. Dieckmann, In-situ formation of metal-— ceramic microstructures by partial reduction reactions 75 (1995) 241 Tigelmann, P., see M. Martin 75 (19952)1 9 Tuller, H.L., see K.-K. Baek 75 (19951)7 9 Ustiindag, E., see R. Subramanian 75 (1995) 241 Vollmann, M., see L. Schneider-St6rmann 75 (1995) 123 Vollmann, M., see N. Wilcox 75 (1995) 127 75 (1995) 89 Waser, R., Electronic properties of grain boundaries in SrTiO; and BaTiO; ceramics 75 (19951)2 3 Waser, R., see L. Schneider-St6rmann 75 (19951)2 7 Waser, R., see N. Wilcox Whittingham, M.S., J.-D. Guo, R. Chen, T. Chirayil, G. Janauer and P. Zavalij, The hy- 75 (19952)5 7 drothermal synthesis of new oxide materials 75 (19951)6 7 Wiemh6ofer, H.-D., Sensing effects at gas—solid interfaces Wilcox, N., V. Ravikumar, R.P. Rodrigues, V.P. Dravid, M. Vollmann, R. Waser, K.K. Soni and A.G. Adriaens, Investigation of grain boundary segregation in acceptor and donor 75 (19951)2 7 doped strontium titanate Wolf, D., Structure of ionic interfaces from an absolutely convergent solution of the Ma- 75 (1995) 3 delung problem Wonnell, S.K. and L.M. Slifkin, Subsurface ionic space charges in silver chloride and silver 75 (19951)0 1 bromide Xue, J., see F.-H. Lu 75 (1995) 187 Zavalij, P., see M.S. Whittingham 75 (1995) 257 SOLID STATE IONICS ELSEVIER Solid State Ionics 75 (1995) 285,286 Subject index to volume 75 Acceptor, 89 Glass composites, 211 Ageing, 67 Glass crystal interface, 193 Aluminum-nickel-oxygen system, 241 Grain boundary, 35, 89, 107, 123 Anisotropy, 275 segregation, 127 Atomic Force Microscopy (AFM), 35 zinc oxide, 79 Barium titanate, 123 Hamaker constants, 13 Battery, 257 Heterogeneous systems, 139 Bismuth oxide, 67 Homogeneous and heterogeneous materials, 203 Bismuth segregation, 79 Hot electrons, 67 Breakdown, 67 HREM, 211 HRTEM, 43 CHEMFET, 117 Humidity sensor, 257 Chemisorption, 167 Hydrothermal, 257 Composites, 107, 147 Conduction mechanism, 211 Impedance, 51 Conductivity, 107 Impedance spectroscopy, 89, 193 Copper oxide, 179 Intercalation, 257 Crystallization, 193 Interfaces, 51, 67, 219 CuO/ZnO heterojunction, 179 Interface states, 67 Interfacial reaction, 157, 257 Defect chemistry, 139 Interfacial thermodynamics, 275 Defects, 67 Ion-blocking model, 107 Direct lattice summation, 3 Ionic conductivity Dispersed ionic conductivity, 147 zirconium oxide, 203 Dispersion force, 13 Ionic current, 229 Domain configuration, 43 Ionic interfaces, 3 Ionic space-charge, 51, 101 EELS, 127 Ionic transport, 157 Electric fields, 35 Iron—manganese-oxygen, 241 Electrochromic display, 257 Electronic conductivity Laplacian field, 269 indium oxide, 203 Linear and non-linear behaviour, 269 Electronic structure, 13 Madelung problem, 3 Ferroelectrics, 43 Metal—ceramic interface, 117 Film/substrate interfaces, 43 Metal—ceramic microstructure, 241 Fractal electrodes, 269 MIEC, 59 Frenkel defects, 101 Molybdenum oxide, 257 Monte Carlo simulation, 219 Gas sensing, 167 Morphology, 219 Gas-—solid interfaces, 167 Gate metals, 117 Oxide growth, 229 Glass, 147 Oxygen, 67 Subject index Structure, 3 Partial reduction, 241 Surface charge, 101 Percolation theory, 147 Phase transition, 139 Template, 257 Photographic process, 101 Thermodynamics, 187 Platinum alloys, 187 Titanate, 89 Platinum-oxide systems, 187 Titanate ceramics, 123 pn junctions, 59 Titanium oxide, 35 Powder diffraction, 193 Tungsten oxide, 257 Ruthenium oxide, 211 Vanadium oxide, 257 Van der Waals interaction, 13 SEM, 211 Varistors, 67 Sensor, 167 Silver ion conducting glasses, 193 Wetting, 13 SIMS, 127 Solid state reaction, 219 XES, 127 Space-charge effects, 229 Space-charge layer, 89 Zinc oxide, 67, 179 STEM, 79 Zirconia, 107 Strontium titanate, 123, 127