Table Of Content

Solid State Ionics 62 (1993) 317-320 North-Holland Author Index to Volume 62 Adachi, G., see N. Imanaka 62 (1993) 167 Adachi, G., see H. Aono 62 (1993) 309 Adendorff, K.T., see L.A. de Picciotto 62 (1993) 297 Aikawa, Y., see T. Kudo 62 (1993) 99 Alamo, J., see J. Sanz 62 (1993) 287 Aono, H., E. Sugimoto, Y. Sadaoka, N. Imanaka and G. Adachi, Electrical properties and crystal structure of solid electrolyte based on lithium hafnium phosphate LiHf,(PO,), 62 (1993) 309 Austin Suthanthiraraj, S., see V.G. Chandrasekhar 62 (1993) 61 Austin Suthanthiraraj, S., see A. Viswanathan 62 (1993) 79 Balzer-Jéllenbeck, G., see H. Mattfeld 62 (19932)6 5 Bandaranayake, P.W.S.K., see M.A.K.L. Dissanayake 62 (19932)1 7 Barbosa, M.R., see M. Fritz 62 (19932)7 3 Blesa, M.A., see A.E. Goeta 62 (19931)5 9 Bohm, H., see R. Oesten 62 (19931)9 9 Bottelberghe, J.R., see B.B. Owens 62 (19932)4 3 Boukamp, B.A., Practical application of the Kramers—Kronig transformation on impedance measurements in solid state electrochemistry 62 (1993) 131 Buchanan, R.M., see D.A. Stevenson 62 (1993) 279 Careem, M.A., see M.A.K.L. Dissanayake 62 (19932)1 7 Carpentier, J.-L., see J.-L. Dellis 62 (1993) 119 Chandrasekhar, V.G. and S. Austin Suthanthiraraj, Preparation and transport studies of the new superionic system (Cul),-[(Ag2O)3: (B03) ];90_. (35<x<75) 62 (1993) 61 Chiranjivi, T., see A. Sadananda Chary 62 (1993) 293 Chowdari, B.V.R., see D. Martin-Vosshage 62 (1993) 205 Dahn, J.R., see E. Rossen 62 (1993) 53 De Jonghe, L.C., see S.J. Visco 62 (1993) 185 Dellis, J.-L. and J.-L. Carpentier, Nelder and Mead algorithm in impedance spectra fitting 62 (1993) 119 Delmas, C., see A. Driouiche 62 (1993) 113 De Picciotto, L.A., K.T. Adendorff, D.C. Liles and M.M. Thackeray, Structural characterization of Li, , ,V,;Og insertion electrodes by single-crystal X-ray diffraction 62 (1993) 297 Dieckmann, R., see F.-H. Lu 62 (1993) 39 Dissanayake, M.A.K.L., R.P. Gunawardane, A.R. West, G.K.R. Senadeera, P.W.S.K. Bandaranayake and M.A. Careem, Lithium ion conducting Li,_»,Ge,_,S,O, solid electrolytes 62 (19932)1 7 Doi, A. and E. Ohba, Positive and negative ion-depleted region in Agl-based glass 62 (1993) 173 Driouiche, A., M. Figlarz and C. Delmas, Lithium insertion in lacunar pyrochlore-type WO, 62 (1993) 113 Duggan, M.J., T. Saito and T. Niwa, lonic conductivity of tantalum oxide by rf sputtering 62 (1993) 15 318 Author index Figlarz, M., see A. Driouiche 62 (1993) Fritz, M., M.R. Barbosa, G. Staikov, W.J. Lorenz, M. Steinbriick and R. Knédler, Elec- tronic conductivity of Na B”-alumina ceramics at high temperatures 62 (1993) 2 Gainsford, G.J., see N.M. Sammes 62 (1993) Gocke, E., see C. Prigge 62 (1993) Goeta, A.E., G. Rigotti, E.E. Sileo and M.A. Blesa, Structure and reactivity of copper(II) carboxylates II. Copper(II) bis( hydrogen o-phthalate )dihydrate 62 (1993) Goodenough, J.B., see A. Manthiram 62 (1993) Gunawardane, R.P., see M.A.K.L. Dissanayake 62 (1993) Heitjans, P., see H. Mattfeld 62 (1993) Henn, F.E.G., see D.A. Stevenson 62 (1993) Huanosta, A. and E. Orgaz, Analysis of dielectric parameters and ion hopping rates in the B-LnNb,O, phases (Ln=La, Ce, Pr and Nd) 62 (1993) Iglesias, J.E., see J. Sanz 62 (1993) Imanaka, N., T. Shimizu and G. Adachi, Lithium conducting amorphous solid electrolytes obtained by explosion method 62 (1993) Imanaka, N., see H. Aono 62 (1993) Inoue, Y., see H. Ohno 62 (1993) Ippommatsu, M., see M. Suzuki 62 (1993) Jacob, K.T., S. Mukhopadhyay and A.K. Shukla, Gradient solid-electrolyte for use with dissimilar gas electrodes 62 (1993) Jiang, N., see D.A. Stevenson 62 (1993) Jiménez, R., see J. Sanz 62 (1993) 2 Kajimura, A., see M. Suzuki 62 (1993) Kichambare, P.D. and M. Sharon, Synthesis, structure and conductivity of new quaternary chalcogenide SnBi,Te,Se, 62 (1993) Kimes, P., see S.J. Visco 62 (1993) Kishimoto, A., see T. Kudo 62 (1993) 99 Kndédler, R., see M. Fritz 62 (1993) 273 Kudo, T., Y. Aikawa, Y. Li and A. Kishimoto, Transitional current analysis useful for intercalation electrode/solid electrolyte systems 62 (1993) 99 Kuo, J.F., see A. Manthiram 62 (1993) 225 Kushida, T., see M. Nagai 62 (1993) 151 Lee, C.K., D.C. Sinclair and A.R. West, Stoichiometry and stability of bismuth vanadate, Bi,V>O,,, solid solutions 62 (1993) 193 Levasseur, A., see M.C.R. Shastry 62 (1993) 5 Li, Y., see T. Kudo 62 (1993) 99 Liles, D.C., see L.A. de Picciotto 62 (19932)9 7 Lin, F., see S.J. Visco 62 (1993) 185 Liu, M., see S.J. Visco 62 (1993) 185 Lorenz, W.J., see M. Fritz 62 (19932)7 3 {uthor index Lu, F.-H., S. Tinkler and R. Dieckmann, Point defects and cation tracer diffusion in (Co,Fe,_.)3—sO4 spinels 62 (1993) 39 Lutz, H.D., Z. Zhang and A. Pfitzner, Fast ionic conductivity of ternary iodides in the systems Lil-M"I, (M"=Mn, Cd, Pb) 62 (1993) 1 Maier, J., Electrical sensing of complex gaseous species by making use of acid-base properties 62 (1993) 105 Maier, J., see N.F. Uvarov 62 (1993) 251 Manthiram, A., J.F. Kuo and J.B. Goodenough, Characterization of oxygen-deficient per- ovskites as oxide-ion electrolytes 62 (1993) 225 Martin-Vosshage, D. and B.V.R. Chowdari, Characterization of poly(ethylene oxide ) with cobaltbromide 62 (1993) 205 Mattfeld, H., G. Balzer-Jéllenbeck, G. Meyer and P. Heitjans, Lithium ion mobility in lithium intercalated interstitially stabilized yttrium monochloride, Li,YCIZ, (Z=H, C, O) 62 (1993) 265 Ménétrier, M., see M.C.R. Shastry 62 (1993) 5 Meyer, G., see H. Mattfeld 62 (1993) 265 Mukhopadhyay, S., see K.T. Jacob 62 (1993) 27 Miiller-Warmuth, W., see C. Prigge 62 (1993) 143 Nagai, M., T. Kushida and T. Nishino, Effect of y-ray irradiation on the electrical conductivity of B-PbF, 62 (1993) 151 Narender Reddy, S., see A. Sadananda Chary 62 (1993) 293 Nishino, T., see M. Nagai 62 (1993) 151 Niwa, T., see M.J. Duggan 62 (1993) 15 Oesten, R. and H. Béhm, Ionic mobility in basic double salt. Part I: Hydroxycarbonates 62 (1993) 199 Ohba, E., see A. Doi 62 (1993) 173 Ohno, H., Y. Inoue and P. Wang, Temperature-controlled ionic conductivity switching in poly [oligo(oxyethylene ) methacrylate] / poly(ethylene oxide ) layered film 62 (19932)5 7 Orgaz, E., see A. Huanosta 62 (1993) 69 Otoshi, S., see M. Suzuki 62 (19931)2 5 Owens, B.B. and J.R. Bottelberghe, Twenty year storage test of Ag/RbAg,I,/I, solid state batteries 62 (19932)4 3 Pfitzner, A., see H.D. Lutz 62 (1993) 1 Prigge, C., W. Miiller-Warmuth, E. Gocke and R. Schdllhorn, Structure and local ionic motion in molybdenum cluster chalcogenides Li, Mo,X, studied by Li NMR 62 (19931)4 3 Rao, K.J., see M.C.R. Shastry 62 (1993) 5 Reidy, R.F. and G. Simkovich, Electrical conductivity and point defect behavior in ceria- stabilized zirconia 62 (1993) 85 Reimers, J.N., see E. Rossen 62 (1993) 53 Rigotti, G., see A.E. Goeta 62 (19931)5 9 Rojo, J.M., see J. Sanz 62 (19932)8 7 Rossen, E., J.N. Reimers and J.R. Dahn, Synthesis and electrochemistry of spinel LT- LiCoO, 62 (1993) 53 Sadananda Chary, A., S. Narender Reddy and T. Chiranjivi, Structural phase transition in CsNO,: dielectric studies 62 (1993) 293 320 Author index Sadaoka, Y., see H. Aono 62 (1993) 309 Saito, T., see M.J. Duggan 62 (1993) 15 Sammes, N.M. and G.J. Gainsford, Phase stability and oxygen ion conduction in Bi,O,- Pr,O,, 62 (1993) 179 Sanz, J., J.M. Rojo, R. Jiménez, J.E. Iglesias and J. Alamo, Stabilization of the rhombo- hedral phase in LiZr,(PO,), by thermal quenching 62 (1993) 287 Sasaki, H., see M. Suzuki 62 (1993) 125 Schdllhorn, R., see C. Prigge 62 (1993) 143 Scholz, G.A., Ag,TaS, single crystals: silver diffusion, activation energies and the potenti- ometric method 62 (1993) 235 Senadeera, G.K.R., see M.A.K.L. Dissanayake 62 (19932)1 7 Sharon, M., see P.D. Kichambare 62 (1993) 21 Shastry, M.C.R., K.J. Rao, A. Levasseur and M. Ménétrier, Structural unpinning number, basicity and reciprocal electronegativity; their equivalence as ionic conductivity determinants 62 (1993) 5 Shimizu, T., see N. Imanaka 62 (19931)6 7 Shukla, A.K., see K.T. Jacob 62 (1993) 27 Sileo, E.E., see A.E. Goeta 62 (19931)5 9 Simkovich, G., see R.F. Reidy 62 (1993) 85 Sinclair, D.C., see C.K. Lee 62 (19931)9 3 Staikov, G., see M. Fritz 62 (19932)7 3 Steinbriick, M., see M. Fritz 62 (19932)7 3 Stevenson, D.A., N. Jiang, R.M. Buchanan and F.E.G. Henn, Characterization of Gd, Yb and Nd doped barium cerates as proton conductors 62 (1993) 279 Sugimoto, E., see H. Aono 62 (1993) 309 Suzuki, M., H. Sasaki, S. Otoshi, A. Kajimura and M. Ippommatsu, High power density solid oxide electrolyte fuel cells using Ru/ YO, stabilized zirconia cermet anodes 62 (1993) 125 Thackeray, M.M., see L.A. de Picciotto 62 (1993) 297 Tinkler, S., see F.-H. Lu 62 (1993) 39 Uvarov, N.F. and J. Maier, EMF Study of thermodynamic properties of AgCI-Al,O,; com- posite solid electrolytes and low temperature conductivity 62 (1993) 251 Visco, S.J., M. Liu, F. Lin, P. Kimes and L.C. De Jonghe, Properties and morphology of doped polycrystalline Na-f”-alumina electrolytes 62 (1993) 185 Viswanathan, A. and S. Austin Suthanthiraraj, Impedance and modulus spectroscopic studies on the fast ion conducting system Cul-Ag,MoO, 62 (1993) 79 Wang, P., see H. Ohno 62 (1993) 257 West, A.R., see C.K. Lee 62 (1993) 193 West, A.R., see M.A.K.L. Dissanayake 62 (1993) 217 Zhang, Z., see H.D. Lutz 62 (1993) 1 Solid State Ionics 62 (1993) 321,322 North-Holland Subject Index to Volume 62 Acid-base effects, 105 Glass, 5 Ac impedance spectroscopy, 69 Grain size, 185 Algorithm, 119 y-Tay irradiation, 151 AMTEC device, 273 Hall mobility, 21 f-alumina, 185 sodium, 273 Impedance, 119, 193 Barium cerate, 279 data analysis, 131 Basic double salts, 199 Insertion compound, 225 Battery, 243 Intercalation, 143, 235, 265 BIMEVOX oxide ion conductors, 193 Intercalation electrode, 99 Bismuth vanadate conductivity, 193 lon hopping rates, 69 Blocking electrodes, 131 lonic conductivity, 1, 179 Brower plots, 85 fluorine, 151 lithium, 167, 217, 257, 265 ‘ation tracer diffusion, 39 OH-, 199 ‘ell anode, 125 oxygen, 85 ‘halcogenide, 21 proton, 15 ‘hemical diffusion, 235 silver, 251 ‘hevrel phases, 143 sodium, 27, 185 ‘obalt bromide, 205 IR study, 199 ‘omposite electrolyte, 251 Isotope effect, 279 ‘omputer modelling, 131 ‘onductivity glass, 167 Kramers—Kronig transforms, | 31 ‘opper carboxylate, 159 ‘opper iodide, 79 Lacunar pyrochlore-type tungsten trioxide, 113 Lanthanum niobates, 69 Diamagnetic response, 21 Lead fluorite, 151 Dielectric conductivity, 293 Liquid crystal, 257 Diffusion, 99 LISICON phases, 217 Doped bismuth oxide electrolytes, 179 Lithium, 287 Lithium battery, 53, 297 Electrical conductivity, 21 Lithium chemical insertion, | 13 Electrochemical cell, 251 Lithium cobalt oxide, 53 Electrochemical impedance spectroscopy, | 31 Lithium conductor, 309 Electrochemical reactions, 105 Lithium electrochemical insertion, 113 Electrochemical vapour deposition (EVD), 125 Lithium germanate sulphate conductivity, 217 Electrochromic display, 15 Lithium hafnium phosphate, 309 Electrode kinetics, 99 Lithium insertion, 113 Electrode structure, 297 Lithium iodides, | Electronegativity, 5 Lithium ion conductors, 217 Electronic conductivity, 273 Lithium-vanadium-oxide, 297 Local ionic motion, 143 Fast ion conduction, 5 Low temperature synthesis, 53 Ferroelectric bismuth vanadate, 193 Fitting, 119 Mixed electrolyte, 27 Modulus spectroscopy, 79, 193 Gas sensor, 27 Morphology, 185 Subject index Silver rubidium iodide, 243 NASICON, 287, 309 Sodium sulfate, 27 Neutron diffraction, 265 Solid electrolyte, 99, 173, 309 NMR, 143, 265 Solid oxide fuel cell (SOFC), 125 Nonstoichiometry, 39 Spinel, 39, 53 Storage life, 243 Optical basicity, 5 Structural phase transition, 293 Oxide-ion electrolyte, 225 Structural unpinning, 5 Structure, 143 Perovskite, 225 Superionic system, 61 Phase stability, 179 System, 53 Phase transition, 287 lithium iodide-—cadmium iodide, | Phosphates, 287 lithium iodide-lead iodide, | Point defects, 39 Poly(ethylene oxide) (PEO), 257 Tantalum disulfide, 235 Polymer, 205, 257 Tantalum oxide, 15 Praseodymium oxide, 179 Ternary lithium iodides, | Proton conductor, 279 Thermodynamics, 85, 251 Proton transfer, 159 Trensference number, 85 Transport properties, 61 Rare earth dopants, 279 Tungsten trioxide lithium bronzes, 113 Reflectance spectra, 21 Ruthenium, 125 XPS, 205 X-ray diffraction, 151, 159 Sensors, 105 X-ray structure, 199 Silver diffusion, 235 Silver iodide conductivity, 173 Zirconium dioxide, 85 Silver ionic solids, 61 Silver molybdate, 79 Silver phosphate glasses, 173