Table Of ContentSolid State lonics 49 (1991 ) 245—248
North-Holland
Author Index to Volume 49
Anderson, H.U., see G.F. Carini Il 49 (1991) 233
Arita, Y., see T. Matsui 49 (1991) 195
Asano, H., Structural study of oxide superconductors by neutron diffraction 49 (1991) 17
Asano, H., see Y. Shimakawa 49 (1991) 53
Carini Il, G.F., H.U. Anderson, D.M. Sparlin and M.M. Nasrallah, Electrical conductiv-
ity, Seebeck coefficient and defect chemistry of Ca-doped YCrO, 49 (1991) 233
Colson, J.C., see A. Steinbrunn 49 (1991)
El Sayed Ali, M., see O.T. Sorensen 49 (1991)
Eror, N.G., P. Krishnaraj and L. Muldawer, Synthesis and structure of high temperature
superconducting powders 49 (1991)
Fujino, T., N. Sato, T. Yamashita and H. Tagawa, Structural study on rhombohedral non-
stoichiometric solid solution, Sr,O, _ ,O,,, -use of an electrostatic method for atom pa-
rameter and stability calculations 49 (1991)
Gonda, S., see T. Tsukahara 49 (1991)
Hashimoto, T., see T. Tsukahara 49 (1991)
Hong, B.-S. and T.O. Mason, High temperature electronic conduction mechanisms in
YBa,Cu,O, 49 (1991)
Igarashi, H., see Y. Shimakawa 49 (1991)
Iguchi, Y., see S. Yamaguchi 49 (1991) 63
Ikuma, Y., see M. Yoshimura 49 (1991) 39
Inoue, S., see M. Yoshimura 49 (1991) 39
Ishigaki, T., see Y. Moriyoshi 49 (1991) 175
Ishii, M., see K. Tsukamoto 49 (1991) 23
Itoh, M., T. Sawada, R. Liang, H. Kawaji and T. Nakamura, Oxygen-deficient and ordered
perovskite-type solid-solution system Ba, , ,Bi,;_,O, (0<x<0.5, 3.00>y2>2.75) 49 (1991) 57
Izumi, F., see Y. Shimakawa 49 (1991) 53
Kaneko, Y. and H. Kojima, Synthesis and electrical conductivity of vanadium bronzes by
molten salt electrolysis 49 (1991) 167
Katsura, M., A thermodynamic analysis of nitrogen-rich uranium sesquinitride formation
by the reaction of uranium with ammonia 49 (1991) 225
Kawaji, H., see M. Itoh 49 (1991) 57
Kawano, T., see H. Yamauchi 49 (1991) 47
Kieda, N., S. Nishiyama, K. Shinozaki and N. Mizutani, Nonstoichiometry and electrical
properties of La,CuO, and La,(Cu,Ni)O, 49 (1991) 85
246 Author index
Kofstad, P., see Y. Larring 49 (1991) 73
Koinuma, H., see T. Tsukahara 49 (1991) 183
Kojima, H., see Y. Kaneko 49 (1991) 167
Komatsu, S., see Y. Moriyoshi 49 (1991) 175
Krishnaraj, P., see N.G. Eror 49 (1991) 31
Kubo, Y., see-Y. Shimakawa 49 (1991) 53
Larring, Y., T. Norby and P. Kofstad, Protonic conductivity in Ca-doped yttria 49 (1991) 73
Liang, R., see M. Itoh 49 (1991) 57
Lucata, P.G., see T. Ogawa 49 (1991) 211
Manako, T., see Y. Shimakawa 49 (1991) 53
Maruyama, T., see K. Nagata 49 (1991)
Mason, T.O., see B.-S. Hong 49 (1991)
Matsui, T., Y. Arita and K. Naito, High temperature heat capacities and electrical con-
ductivities of UO, doped with Ti, Nb and Sc 49 (1991)
Matsumoto, F., see S. Yamaguchi 49 (1991)
Matzke, Hj. and A. Turos, Mechanisms and kinetics of leaching of UO, in water 49 (1991)
Matzke, Hj., see T. Ogawa 49 (1991)
Mizusaki, J., H. Tagawa, K. Naraya and T. Sasamoto, Nonstoichiometry and thermo-
chemical stability of the perovskite-type La,_.Sr,MnO;_ ; 49 (1991)
Mizutani, N., see N. Kieda 49 (1991)
Moriyoshi, Y., S. Komatsu, K. Okada, T. Ishigaki and N. Setaka, Structural defects of a
diamond film 49 (1991)
Muldawer, L., see N.G. Eror 49 (1991)
Munakata, F., see H. Yamauchi 49 (1991)
Nagata, H., see T. Tsukahara 49 (1991)
Nagata, K., R. Nishiwaki, Y. Nakamura and T. Maruyama, Kinetic mechanisms oft he for-
mations of MgCr,O, and FeCr,O, spinels from their metal oxides 49 (1991)
Naito, F., see T. Tsuji 49 (1991)
Naito, K., see T. Matsui 49 (1991)
Nakamura, A., A chemical approach to high 7. superconductivity 49 (1991)
Nakamura, T., see M. Itoh 49 (1991)
Nakamura, Y., see K. Nagata 49 (1991)
Naraya, K., see J. Mizusaki 49 (1991)
Nasrallah, M.M., see G.F. Carini II 49 (1991)
Nishiwaki, R., see K. Nagata 49 (1991)
Nishiyama, S., see N. Kieda 49 (1991)
Norby, T., see Y. Larring 49 (1991)
Nowotny, J., Interface defect chemistry of oxide ceramic materials. Unresolved problems 49 (1991)
Nowotny, J. and M. Sloma, Surface electrical properties of BaTiO; at elevated temperatures 49 (1991)
Nowotny, J. and M. Rekas, Defect chemistry of BaTiO, 49 (1991)
Ogawa, T., R.A. Verrall, Hj. Matzke and P.G. Lucata, Release of ion-implanted Kr from
(Th,U )O, —- effect of matrix oxidation 49 (1991) 211
Okada, K., see Y. Moriyoshi 49 (1991) 175
Author index 247
Rekas, M., see J. Nowotny 49 (1991) 135
Sasamoto, T., see J. Mizusaki 49 (1991) 111
Sato, N., see T. Fujino 49 (1991) 201
Sawada, T., see M. Itoh 49 (1991) 57
Setaka, N., see Y. Moriyoshi 49 (1991) 175
Shimakawa, Y., Y. Kubo, T. Manako, H. Igarashi, F. Izumi and H. Asano, Oxygen and
cation nonstoichiometry in Tl-based superconductors 49 (1991) 53
Shimojima, H., see K. Tsukamoto 49 (1991) 23
Shinozaki, K., see N. Kieda 49 (1991) 85
Sloma, M., see J. Nowotny 49 (1991) 129
Soma, T., see A. Yoshida 49 (1991) 79
Sorensen, O.T. and M. El Sayed Ali, Structural ceramics based on nonstoichiometric zir-
conia — high temperature long term stability materials for oxygen sensor applications
prepared by codoping 49 (1991) 155
Sparlin, D.M., see G.F. Carini Il 49 (1991) 233
Steinbrunn, A., A. Tahri and J.C. Colson, Electrical transport in polycrystalline nickel mo-
lybdate NiMoO, 49 (1991) 99
Stubican, V.S., see M.F. Trubelja 49 (1991) 89
Sukigara, T., see S. Yamaguchi 49 (1991) 63
Tagawa, H., see J. Mizusaki 49 (19911)1 1
Tagawa, H., see T. Fujino 49 (1991) 201
Tahri, A., see A. Steinbrunn 49 (1991)
Takahashi, T., see A. Yoshida 49 (1991)
Tanaka, S., see H. Yamauchi 49 (1991) 47
Terabe, K., see S. Yamaguchi 49 (1991) 63
Trubelja, M.F. and V.S. Stubican, Ionic conductivity in the hafnia-R,O, systems 49 (1991) 89
Tsuji, T. and F. Naito, Diffusion mechanism in iron-group metal chalcogenides 49 (1991) 105
Tsukahara, T., M. Yoshimoto, H. Nagata, T. Hashimoto, S.Gonda and H. Koinuma,
Preparation of SrCuO,, film in ultra-high vacuum system 49 (1991) 183
Tsukamoto, K., H. Shimojima, M. Ishii and C. Yamagishi, Influence of chemical com-
position of Bi(Pb) system superconductive films on their sensitivity to weak magnetic
fields 49 (1991) 23
Turos, A., see Hj. Matzke 49 (1991) 189
Verrall, R.A., see T. Ogawa 49 (1991) 211
Yamagishi, C., see K. Tsukamoto 49 (1991) 23
Yamaguchi, S., K. Yasui, F. Matsumoto, K. Terabe, T. Sukigara and Y. Iguchi, Defect
chemical study of Nd,_ .Ce,CuO,_ 5 49 (1991) 63
Yamashita, T., see T. Fujino 49 (1991) 201
Yamauchi, H., T. Kawano, F. Munakata and S. Tanaka, Oxygen nonstoichiometry in su-
perconducting Sr-free Bi cuprates 49 (1991) 47
Yamawaki, M., Nonstoichiometry and relevant thermochemical properties of thorium and
thorium-uranium monocarbides 49 (1991) 217
Yasui, K., see S. Yamaguchi 49 (1991) 63
248 duthor index
Yoshida, A., T. Takahashi and T. Soma, The effect of the concentration‘of interstitial ox-
ygens on valence change of the transition metal impurities in 6” -alumina 49 (1991) 79
Yoshimoto, M., see T. Tsukahara 49 (1991) 183
Yoshimura, M., S. Inoue and Y. Ikuma, Effect of temperature and nonstoichiometry on
hydration of YBa,Cu,0,_, at low H,O pressure 49 (1991) 39
Solid State lonics 49 (1991) 249-250
North-Holland
Subject Index to Volume 49
Absorption, 39 lon implantation, 211
Activity, 217 Iron-group metal chalcogenides, 105
Ammonia, 225
Krypton, 211
6”-alumina, 79
Barium oxide, 57 Laser MBE, 183
Barium titanate, 119, 129, 135 Layer growth, 183
Bi-Pb-Sr—Ca-—Cu-O film, 23 Leaching, 189
Bismuth oxide, 57
Bose condensation, 9 Madelung constant, 201
Magnetic field, 23
arrier concentration, 53 Molten salts, 167
onduction mechanism, 3 Méssbauer diffusional line broadening, 105
onductivity, 167 Multivalence state, 9
oulometric titration, 47, 111 MVRC model, 9
uprate, 3
Neutron diffraction, 17
Decomposition, 111 NiAs-type structure, 105
Defect chemistry, 63 Nickel molybdate, 99
Defect structure, 73, 111, 233 Nitriding, 225
Diamond film, 175 Nitrogen activity, 295
Dielectrics, 119 Nonstoichiometric structure, 17
Diffusion, 211 Nonstoichiometry, 63, 85, 111, 119, 201, 217
Diffusion mechanism, 105, 161
Dissociation, 225 OH~ diffusion, 39
Dopants, 195 Ordered structure, 57
Oxidation, 211
Electrical conductivity, 3, 63, 73, 85, 99, 135, 161, 195, 233 Oxide superconductor, 17
Electrolysis, 167 Oxygen content, 31
Electrostatic method, 201 Oxygen nonstoichiometry, 47, 53
Equilibrium constant, 63 Oxygen sensors, 155
ERDA, 189 Oxygen vacancy, 57
ESR, 79
Partial molar quantities, | 11
Fermi energy, 129 Perovskite, 233
Fracture toughness, 155 Perovskite structure, 57
Frenkel defects, 195 Perovskite-type oxide, | 11
Polaron, 233
Grain boundary, 119, 129 Polycrystal film, 23
Grain size effect, 135 Polymorphic transition, 99
Protons, 73
Hafnia, 89 PTC effect, 129, 135
Heat capacities, 195
High-7. superconductor, 9, 183 Rare-earths, 89
Hydration, 39 RBS, 189
Resonance hybrid, 9
Interstitial oxygen ion, 79 Rf-magnetron sputtering, 23
lonic conductivity, 89 RHEED oscillation, 183
Subject index
Transition metal impurity, 79
Seebeck coefficient, 3, 85 Transport number, 73
Seebeck effect, 233 Twins, 175
Small polaron, 3 Two-step annealing, 23
Sodium precipitation, 79
Spinel, 161 Uranium oxides, 189
Stacking faults, 175 Uranium sesquinitride, 225
Strontium uranium oxide, 201
Structural ceramics, 155 Valency, 47
Structural modulation, 47 Vanadium bronzes, 167
Superconductor, 31, 39, 47, 63 Vaporization, 217
Superconductor film, 23
Surface chemistry, 119 Waste disposal, 189
Synthesis, 31 Water vapour, 39
Work function, 129
Tetragonal polymorph, 31
Thermal stability, 155 Yttrium oxide, 73
Thermodynamics, 63
Thermogravimetry, 85 Zirconia, 155
Thermopower, 135
Thorium carbide, 217
Thorium-uranium carbide, 217
Tl-based superconductor, 53
Tracer method, 105
