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Subject index to volume 67
SOLID STATE IONICS
Solid State Ionics 67 (1994) 341-342 North-Holland
Subject Index to Volume 67 Ag+ ion transport, 1 Ageing, 115 Alkylamine, 107 Alloy oxidation, 65 Alumina, 51 Ambipolar diffusion, 311 Anharmonic thermal motion, 307 Anisotropic elastic coefficients, 323
Film growth, 131, 157 Finite-element, 35 Fluorine ion conductor, 307 disorder, 301 Fluoroapatite, 137 Fractal behaviour, 191 Fuel cell, 65
fl-alumina sodium, 271 Battery lithium, 17, 51, 77, 123, 203 Battery cathodes, 77 Bismuth lantanide oxides, 25
Gas electrode impedance, 9 Gas sensor, 295 Glass, 17 Glass structure, 175 Glass transformation, 175
Capacitance, 249 Catalysis, 45 Cathode, 123, 203, 249 Cation tracer diffusion, 145 Chalcogenide, 287 Charge of transport, 317 Complex impedance, 257 Composite solid electrolyte, 51 Concentration of TiO2, 197 Conduction mechanism, 175 Conductivity, 97, 209, 277 Copolymers, 165 Copper l~"-alumina, 225 Crystal structure, 301 Densified glass, 209 Diffusion, 35 theory, 281 Diffusion trajectory, 191 DSC, 115 Electrical conductivity, 57, 175 Electrocatalysis, 45 Electrocatalytic activation of methane, 179 Electrochemistry, 45 Electrode polarization, 229 Electronic conductivity, 271 Entropy, 85 Ferrite, 35 Fick law, 35
Hydrocracking, 45 Hydrogenation, 45 Hydrogen concentration cell, 71 Impedance spectroscopy, 85, 263 Inorganic polymer, 235 In situ X-ray diffraction, 123 Intercalation, 107, 287 Intercalation compound, 29 lithium, 29 Ion association effect, 331 Ionic conductivity, 331 copper, 225 fluorine, 137 lithium, 165 proton, 71 silver, 183 sodium, 131,137, 183, 235 two-dimensional, 183 Ionic-electronic flow coupling, 317 Ionic transport number, 57 Lanthanum strontium, 65 Laser CVD, 197 Layered composite crystal, 287 Layered compound, 281 Lithium-7NMR, 257 Lithium battery, 17, 51, 77, 123,203 Lithium intercalation, 77 Lithium ions, 277 Lithium manganese oxide, 17 Lithium nickel oxide, 123 Luminescence, 225, 311
342
Subject index
Manganese oxide, 203 MAS-NMR, 137 Maximum entropy, 85 Mean-square displacement, 19 1 Microionics, 295 Mixed conduction, 1 Model, 35 Modeling, 157 Modulus spectroscopy, 235 Monte Carlo model, 281 Mordenite. 7 1 NAFION, 241 NASICON, 295 NMR, 97, 115,241 Non-porous electrode, 229 Nonstoichiometry, 145 Onsager cross coefftcients, Oxidation, 35 Oxide ion conductors, 25
3 17
Permeation technique, 27 1 Phase transition, 25, 183 Point defects, 145 Polyethylene oxide (PEO ) , 51, 33 1 Polyimide, 165 Polymer, 235, 241 Polymer electrolyte, 1,97, 115, 33 1 plasticized, 263 Polymer electrolyte interface lithium, 263 Poly(propyleneoxide) P(PO), 257 Probability density function, 307 Raman scattering, 3 11 Redox intercalation, 277 Reference electrode, 2 15 Relaxation, 209 Rietveld analysis, 287 Self-trapped electron, Separator, 65
3 11
Silver borophosphate-halide, 175 Silver-electrode, 179 Silver iron diarsenate, 183 Silver iron diphosphate, 183 Sodium p”-alumina, 131, 157,225 Sodium iron diarsenate, 183 Sodium iron diphosphate, 183 Sodium vanadate, 77 SOFC, 2 15 Sol-gel, 29 Solid electrolyte, 97,2 15 Solid polymer electrolyte, 5 1,257 Solid-solid interfaces, 28 1 Solid-state conductor proton, 179 Solvation reaction, 107 Spectroscopy, 85 Spine], 17, 145 Staging, 277 Static dielectric function, 19 1 Strontia-ceria electrolyte ytterbia-doped, 179 Sulfonic acid polymer, 165 Superionic conductor, 19 1 Surface diffusion, 9 Swelling reaction, 107 Temperature dependence, Thin film, 197,203,295
57
Vanadium diselenide, 107 Vanadyl phosphate, 277 X-ray, 115 study, 30 1 Yttria, 249 Yttria stabilized chromia-doped, Zeolite, 7 1 Zirconia, 229,249
zirconia 57
(YSZ),
57
Solid State Ionics 67 (1994) 341-342 North-Holland
Subject Index to Volume 67 Ag+ ion transport, 1 Ageing, 115 Alkylamine, 107 Alloy oxidation, 65 Alumina, 51 Ambipolar diffusion, 311 Anharmonic thermal motion, 307 Anisotropic elastic coefficients, 323
Film growth, 131, 157 Finite-element, 35 Fluorine ion conductor, 307 disorder, 301 Fluoroapatite, 137 Fractal behaviour, 191 Fuel cell, 65
fl-alumina sodium, 271 Battery lithium, 17, 51, 77, 123, 203 Battery cathodes, 77 Bismuth lantanide oxides, 25
Gas electrode impedance, 9 Gas sensor, 295 Glass, 17 Glass structure, 175 Glass transformation, 175
Capacitance, 249 Catalysis, 45 Cathode, 123, 203, 249 Cation tracer diffusion, 145 Chalcogenide, 287 Charge of transport, 317 Complex impedance, 257 Composite solid electrolyte, 51 Concentration of TiO2, 197 Conduction mechanism, 175 Conductivity, 97, 209, 277 Copolymers, 165 Copper l~"-alumina, 225 Crystal structure, 301 Densified glass, 209 Diffusion, 35 theory, 281 Diffusion trajectory, 191 DSC, 115 Electrical conductivity, 57, 175 Electrocatalysis, 45 Electrocatalytic activation of methane, 179 Electrochemistry, 45 Electrode polarization, 229 Electronic conductivity, 271 Entropy, 85 Ferrite, 35 Fick law, 35
Hydrocracking, 45 Hydrogenation, 45 Hydrogen concentration cell, 71 Impedance spectroscopy, 85, 263 Inorganic polymer, 235 In situ X-ray diffraction, 123 Intercalation, 107, 287 Intercalation compound, 29 lithium, 29 Ion association effect, 331 Ionic conductivity, 331 copper, 225 fluorine, 137 lithium, 165 proton, 71 silver, 183 sodium, 131,137, 183, 235 two-dimensional, 183 Ionic-electronic flow coupling, 317 Ionic transport number, 57 Lanthanum strontium, 65 Laser CVD, 197 Layered composite crystal, 287 Layered compound, 281 Lithium-7NMR, 257 Lithium battery, 17, 51, 77, 123,203 Lithium intercalation, 77 Lithium ions, 277 Lithium manganese oxide, 17 Lithium nickel oxide, 123 Luminescence, 225, 311
342
Subject index
Manganese oxide, 203 MAS-NMR, 137 Maximum entropy, 85 Mean-square displacement, 19 1 Microionics, 295 Mixed conduction, 1 Model, 35 Modeling, 157 Modulus spectroscopy, 235 Monte Carlo model, 281 Mordenite. 7 1 NAFION, 241 NASICON, 295 NMR, 97, 115,241 Non-porous electrode, 229 Nonstoichiometry, 145 Onsager cross coefftcients, Oxidation, 35 Oxide ion conductors, 25
3 17
Permeation technique, 27 1 Phase transition, 25, 183 Point defects, 145 Polyethylene oxide (PEO ) , 51, 33 1 Polyimide, 165 Polymer, 235, 241 Polymer electrolyte, 1,97, 115, 33 1 plasticized, 263 Polymer electrolyte interface lithium, 263 Poly(propyleneoxide) P(PO), 257 Probability density function, 307 Raman scattering, 3 11 Redox intercalation, 277 Reference electrode, 2 15 Relaxation, 209 Rietveld analysis, 287 Self-trapped electron, Separator, 65
3 11
Silver borophosphate-halide, 175 Silver-electrode, 179 Silver iron diarsenate, 183 Silver iron diphosphate, 183 Sodium p”-alumina, 131, 157,225 Sodium iron diarsenate, 183 Sodium iron diphosphate, 183 Sodium vanadate, 77 SOFC, 2 15 Sol-gel, 29 Solid electrolyte, 97,2 15 Solid polymer electrolyte, 5 1,257 Solid-solid interfaces, 28 1 Solid-state conductor proton, 179 Solvation reaction, 107 Spectroscopy, 85 Spine], 17, 145 Staging, 277 Static dielectric function, 19 1 Strontia-ceria electrolyte ytterbia-doped, 179 Sulfonic acid polymer, 165 Superionic conductor, 19 1 Surface diffusion, 9 Swelling reaction, 107 Temperature dependence, Thin film, 197,203,295
57
Vanadium diselenide, 107 Vanadyl phosphate, 277 X-ray, 115 study, 30 1 Yttria, 249 Yttria stabilized chromia-doped, Zeolite, 7 1 Zirconia, 229,249
zirconia 57
(YSZ),
57