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Subject index to volume 69
Solid State lonics 69 (1994) 376,377 North-Holland
Subject index to volume 69 Aldol reaction, 29 Alkoxide, 101 Anharmonicity, 13 [Y'-alumina sodium, 1,163 ~alumina mixed cation, 79 Battery, 222 Bismuth lead oxide, 121 Blocking electrodes, 1 Carbon anode, 238, 284 Carbon fiber, 273 Catalysis, 29 Cathode, 69 Cation ordering, 69 Ceramic/electrode interfaces, 1 Cesium selenate, 153 Chromium sesquioxide, 127, 137 Cobalt oxide, 69 Conducting films, 21 Conduction mechanism, 79 Copper sulphide, 21 Correlation of thermal displacements, 13 Crystal structure, 53 Defect structure, 127, 137 Diffusion, 127, 137 EDAX, 163 Electrical transport, 107 Electrochemical ceil, 184 Electrochemistry, 201 Electrochromism, 145 Electrolyte, 293 Electronic conductivity, 21, 93, 127, 137 EV battery, 336 EXAFS, 13 Fast ion conductor, 53 Films, 163 Gel electrolyte, 309 Glass, 85 Glassy electrolyte, 357 Graphite, 222 273
Hafnate compounds, 93 Heat capacity, 75 Hematite, 29 High conductivity, 343 Hybrid polymer electrolyte, 320 Hydrogen bond, 53, 153 Hydrogen transport, 117 Impedance spectroscopy, 107 sample preparation, 1 Insertion, 293 Insertion compounds, 184 Insertion materials, 201 Intercalation, 273 Ion-exchange, 163 Ionic conductivity, 21, 93, 309 lithium, 343 oxide, 121 proton, 53, 153 sodium, 85 Ionic rubber, 343 Lithiated spinel, 222 Lithium anode, 284 Lithium battery, 59, 184, 201,265, 357, Lithium carbon anode, 173 Lithium conductor, 343 Lithium electrolyte, 184 Lithium intercalation, 257 Lithium-ion battery, 173, 201,222, 238, rechargeable, 212, 273, 320 Lithium-ion cell, 273, 293 Lithium-metal anodes, 173, 284 Lithium-polymer electrolyte battery, 336 Lithium transition metal oxide, 265 LixV205 system, 257 Local neutrality, 43 Maghemite, 29 Manganese, 222 Manganese oxide, 59 Metal hydrogen sulfate, 53 Metal-metal oxide composites, 107 Microbattery, 357 Mixed perovskites, 117 Moisture influence, 1 Molecular dynamics, 13 Molten salts, 343
Subject index Neutron diffraction, 69 Nickel oxide, 107 Non-graphitizable carbon, 212 Oxide ion conductor, 121 Oxygen sensors, 93
Safety, 265, 284 Salt-polymer complexes, 309 Secondary lithium battery, 173 Silver iodiode, 13 Sodium niobium phosphate, 85 Sodium yttrium silicophosphate, 101 Sol-gel, 101 Solid electrolyte, 93, 343 Solid electrolyte interface, 212 Solid state electrochemistry, 201 Space charges, 43 Spinel, 59 Structure, 257 Sulfate ion, 29 Superionic conductivity, 79, 101
PC + DEC/LiPF6, 212 Pendant amines, 21 Phase transition, 75, 153 Point defects, 43 Poisson equation, 43 Poly(3,4-ethylenedioxythiophene) (PEDOT), 145 Poly (acrylonitrile), 21 Polycrystalline sodium yttrium fluoride, 37 Polymer electrolytes, 309 Proton behaviour, 75 Proton conductor, 53, I 17 Protons, 127, 137
Thermal stability, 265, 284 Thin film, 357 Transition metal oxide, 201
Quasielastic light scattering, 79
Zirconate compounds, 93
Rechargeable lithium battery, 212, 273, 320
377
Subject index to volume 69 Aldol reaction, 29 Alkoxide, 101 Anharmonicity, 13 [Y'-alumina sodium, 1,163 ~alumina mixed cation, 79 Battery, 222 Bismuth lead oxide, 121 Blocking electrodes, 1 Carbon anode, 238, 284 Carbon fiber, 273 Catalysis, 29 Cathode, 69 Cation ordering, 69 Ceramic/electrode interfaces, 1 Cesium selenate, 153 Chromium sesquioxide, 127, 137 Cobalt oxide, 69 Conducting films, 21 Conduction mechanism, 79 Copper sulphide, 21 Correlation of thermal displacements, 13 Crystal structure, 53 Defect structure, 127, 137 Diffusion, 127, 137 EDAX, 163 Electrical transport, 107 Electrochemical ceil, 184 Electrochemistry, 201 Electrochromism, 145 Electrolyte, 293 Electronic conductivity, 21, 93, 127, 137 EV battery, 336 EXAFS, 13 Fast ion conductor, 53 Films, 163 Gel electrolyte, 309 Glass, 85 Glassy electrolyte, 357 Graphite, 222 273
Hafnate compounds, 93 Heat capacity, 75 Hematite, 29 High conductivity, 343 Hybrid polymer electrolyte, 320 Hydrogen bond, 53, 153 Hydrogen transport, 117 Impedance spectroscopy, 107 sample preparation, 1 Insertion, 293 Insertion compounds, 184 Insertion materials, 201 Intercalation, 273 Ion-exchange, 163 Ionic conductivity, 21, 93, 309 lithium, 343 oxide, 121 proton, 53, 153 sodium, 85 Ionic rubber, 343 Lithiated spinel, 222 Lithium anode, 284 Lithium battery, 59, 184, 201,265, 357, Lithium carbon anode, 173 Lithium conductor, 343 Lithium electrolyte, 184 Lithium intercalation, 257 Lithium-ion battery, 173, 201,222, 238, rechargeable, 212, 273, 320 Lithium-ion cell, 273, 293 Lithium-metal anodes, 173, 284 Lithium-polymer electrolyte battery, 336 Lithium transition metal oxide, 265 LixV205 system, 257 Local neutrality, 43 Maghemite, 29 Manganese, 222 Manganese oxide, 59 Metal hydrogen sulfate, 53 Metal-metal oxide composites, 107 Microbattery, 357 Mixed perovskites, 117 Moisture influence, 1 Molecular dynamics, 13 Molten salts, 343
Subject index Neutron diffraction, 69 Nickel oxide, 107 Non-graphitizable carbon, 212 Oxide ion conductor, 121 Oxygen sensors, 93
Safety, 265, 284 Salt-polymer complexes, 309 Secondary lithium battery, 173 Silver iodiode, 13 Sodium niobium phosphate, 85 Sodium yttrium silicophosphate, 101 Sol-gel, 101 Solid electrolyte, 93, 343 Solid electrolyte interface, 212 Solid state electrochemistry, 201 Space charges, 43 Spinel, 59 Structure, 257 Sulfate ion, 29 Superionic conductivity, 79, 101
PC + DEC/LiPF6, 212 Pendant amines, 21 Phase transition, 75, 153 Point defects, 43 Poisson equation, 43 Poly(3,4-ethylenedioxythiophene) (PEDOT), 145 Poly (acrylonitrile), 21 Polycrystalline sodium yttrium fluoride, 37 Polymer electrolytes, 309 Proton behaviour, 75 Proton conductor, 53, I 17 Protons, 127, 137
Thermal stability, 265, 284 Thin film, 357 Transition metal oxide, 201
Quasielastic light scattering, 79
Zirconate compounds, 93
Rechargeable lithium battery, 212, 273, 320
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