SOLID STATE EL.WWER
Iow(cs
Solid State Ionics 92 (1996) 321-323
Author index to volume 92
Abd El-Wahab, M.A., see El-Naggar, I.M. Aly, H.F., see El-Naggar, I.M. Arai, H., see Nanjundaswamy, K.S. Arai, M., see Kusakabe, M. Armstrong, T.R., J.W. Stevenson, D.E. McCready, SW. Paulik and I?E. Raney, The effect of reducing environments on the stability of acceptor substituted yttrium chromite Bazan, J.C., see Garcia, N.J. Belacy, N., see El-Naggar, I.M. Bhat, S.V., see Binesh, N. Binesh, N. and S.V. Bhat, Concentration-dependent NMR and conductivity studies of (PEG)rNH,CIO, Buscail, H. and J.P. Larpin, The influence of cerium surface addition on low-pressure oxidation of pure iron at high temperatures
309 309 1 I35
Polymer electrolyte bilayer able battery characteristics 213 139 309 261 261
243
Cattarin, S., see Varsano, F. Chen, L., see Wang, Z. Chintapalli, S., C. Zea and R. Frech, Characterization studies on high molecular weight PEO-ammonium triflate complexes Cook, R.E.. see Wolfenstine, J.
55 265
Davies, A., see Warner, T.E. de 0. Damasceno, O., see Sangiorge, C.L. de Oliveira, A.L., see Sangiorge, C.L. Decker, F., see Varsano, F. Deleva, E., see Petrov, K. Dudek, F.J., see Shoemaker, E.L.
99 I51 I51 55 303 285
El-Naggar, I.M., E.S. Zakaria, M.A. Abd El-Wahab, N. Belacy and H.F. Aly, The diffusion mechanism of alkali metal ions in the particles of cerium(IV) antimonate Eriksson, L., see Grins, J. Esaka, T., R. Tachibana and S. Takai, Oxide ion conduction in the Sm-substituted PbWO, phases Fabry, P., see Nguyen Ngoc, H. Fray, D.J., see Warner, T.E. Frech, R., see Chintapalli, S. 0167.2738/96/$15.00
Copyright
Fuentes, A.F., A. Martinez de la Cruz and L.M. TorresMartinez, A study of lithium insertion in W,Nb,,O,,: Synthesis and characterization of new phases Fujinami, T., M.A. Mehta, M. Shibatani and H. Kitagawa,
205 75
films with photorecharge-
Gao, Q.-H., see Liaw, B.Y. Garbarczyk, J.E., see Wasiucionek, M. Garcia, N.J. and J.C. Bazan, Conductivity in Na’- and Li’-montmorillonite as a function of equilibration humidity Garcia-Martinez see Petrov, K. Gavarri, J.R., see Vincent, V Goodenough, J.B., see Nanjundaswamy, K.S. Goretta, K.C., see Wolfenstine, J. Goulart Silva, G., see Sangiorge, C.L. Grabis, J., see Kuzjukevics, A. Grins, J., L. Eriksson and Y. Kanno, The structure of one of the high-temperature modifications of Na,ZnSiO,
I65 85 155
139 303 II 75 151 253 293 171
Hall, G.P., see Slade, R.C.T. Holgado, M.J., V Rives, M.S. Sanromin and P. Malet, Hexacyanoferrate-interlayered hydrotalcite Huang, B., see Wang, Z. Huang, P., see Petric, A.
273 265 113
ho, Y., see Kusakabe,
135
M.
129
Jakubowski, W., see Wasiucionek, M. Jamnicky, M., see ZnaSik, P. Janek, J. and C. Korte, Study of the Soret effect in mixed conductors by the measurement of ionic and electronic thermopower Jiminez, R., Application of the Percolation Effective Medium Theory (PEMT) to solid electrolyte pressed powder pellets: II. Electrically anisotropic solid electrolyte particles Julien, C., see Kerrache, I.
183 99 205
Kanno, Y., see Grins, J. Kerrache, I., C. Julien and C. Sourisseau, Raman scattering studies of lithium-intercalated NiPS,
309 293
103
0 1996 Elsevier Science B.V All rights reserved
155 145
193
225 37 293 37
Author index vol. 92 (1996)
322 Kitagawa,
H., see Fujinami,
T.
Kleitz, M. and F. Petitbon, microstructure
I65
Optimized
SOFC
electrode
Krug,
193
F. and T. Schober,
The high-temperature
conductor Ba,(Ca,.,,Nb,,,,)O,_,: of the water uptake
proton
Routbort,
A., S. Linderotb
Larpin, J.P., see Buscail,
and S. a-Cut’
powders
produced
45 I35
M., se-e Melzer, R.
II9
M.J.
273
R.E., see Liaw, B.Y. J.L., see Wolfenstine,
85 J.
Nanjundaswamy, KS., A.K. Padhi, J.B. Goodenough, S. Okada, H. Ohtsuka, H. Arai and J. Yamaki, Synthesis, redox potential evaluation and electrochemical characteristics of NASICON-related-3D framework compounds Nguyen Ngoc, H., F. Petitbon and P. Fabry, Investigations on the mixed conductivity of copper tantalate Nicholson, P.S., see Kuo, C.K. Nihoul, Cl., see Vincent, V.
253
75
Shirakawa,
MS.,
see Holgado,
glycol-400)
M.J.
T., see Krug, F. M., see Fujinami, Y., see Kusakabe,
M.
85 253 91 265 155 273 103 213 I65
Tachibana, R., see Esaka, T. Takai, S., see Esaka, T. Tamaki, S., see Kusakabe, M. Tonti, D., see Varsano, F. Torres-Martinez, L.M., see Fuentes, A.F.
II9
Varsano, F., D. Tonti, F. Decker and S. Cattarin, Photoelectrochemistry of the insertion compounds Na,InSe and LilInSe Vincent, V, G. Nihoul and J.R. Gavani, Ionic charge transfer in mixed compounds (Ca 22 P 0 71r ) _ /
25
(Na,P,O,), Vogt, M.C., see Shoemaker, 183 45 II
213 65 183 II3
303 151 I71
I51 273 297
T.
Shoemaker, E.L., M.C. Vogt and F.J. Dudek, Cyclic voltammetry applied to an oxygen-ion-conducting solid electrolyte as an active electrocatalytic gas sensor Silva, R.A., see Sangiorge, C.L. Slade, R.C.T., G.P. Hall, A. Ramanan and E. Prince, Structure and proton conduction in pyrochlore-type antimonic acid: a neutron diffraction study Sourisseau, C., see Kerrache, I. Stevenson, J.W., see Armstrong, T.R.
Ohtsuka, H., see Nanjundaswamy, KS. Okada, S., see Nanjundaswamy, K.S. Padhi, A.K., see Nanjundaswamy, K.S. Paulik, S.W., see Armstrong, T.R. Petitbon, F., see. Kleitz, M. Petitbon, F., see Nguyen Ngoc, H. Petric, A. and P. Huang, Oxygen conductivity of Nd(SrlCa)Ga(Mg)O,_, perovskites Petrov, K., Preparation and crystal structure of the ammonium cobalt hydrate carbonate hydroxide
Sanroman, Shibatani,
243
Machowski, I?, see Wasiucionek, M. Malet, P., see Holgado, M.J. Martinez de la Cruz, A., see Fuentes, A.F. McCready, D.E., see Armstrong, T.R. Mehta, M.A., see Fujinami, T. Melzer, R., T. Wessels and M. Reehuis, The structure of the proton conducting phase of Rb,H(SeO,), at 470 K
scattering in complexed poly(ethylene distereate-lithium perchlorate systems Schober,
by
H.
C.L.
213
Sangiorge, C.L., G. Goulart Silva, A.L. De Oliveira, M.A. Pimenta, 0. De 0. Damasceno and R.A. Silva, Raman
and J. Grabis, Characteriza-
Lee., K.-C. and H.-I. Yoo, Ionic transference number of semiconducting Co, _,O Liaw, B.Y., R.E. Rocheleau and Q.-H. Gao, Thin-film yttria-stabilized tetragonal zirconia Linderoth, S., see Kuzjukevics, A. Liu, P. and H. Wu, Diffusion of lithium in carbon Lu, Z., see Wang, Z.
(NH,),Co,(CO,),(OH),*4H,O Pimenta, M.A., see Sangiorge, Prince, E., see Slade, R.C.T.
171
T.R.
297
Kusakabe, M., Y. Ito, M. Arai, Y. Shirakawa Tamaki, Ionic conductivity in silver-dissolved tion of yttria-doped zirconia plasma-chemical method
Reehuis,
Rives, V., see Holgado, Rocheleau,
Thermogravimetry
Kuo, C.K., Y.M. Yan and P.S. Nicholson, Thermodynamic analysis of the growth of l3”-A&O, single-crystal films on a-Al,O, substrates
Kuzjukevics,
A., see Slade, R.C.T.
Raney, P.E., see Armstrong, 65
Korte, C., see Janek, J.
Ramanan,
165 I35
285 I51
171 37 213 129 129 I35 55 103
55
II
EL.
285
Wang, S., see Wang, Z. Wang, Z., B. Huang, Z. Lu, S. Wang, .X. Ron&n Xue and L. Chen, Vibrational spectroscopic studies of interactions between LiCIO, and the plasticizer dimethylformamide Warner, T.E., D.J. Fray and A. Davies, High temperature ionic conductivity in the trivalent ceramic electrolytes:
265
LaAl,,O,, and LaAl,,O,,N Wasiucionek, M., J.E. Garbarczyk, B. Wnetrzewski, P. Machowski and W. Jakubowski, Some properties of mixed electronic-ionic glassy conductors of the AgIAg,O-V,O,-P,O, system Wessels, T., see Melzer, R. Wnetrzewski, B., see Wasiucionek, M. Wolfenstine, J., K.C. Goretta, R.E. Cook and J.L. Routbort, Use of diffusional creep to investigate mass transport in (La, Sr)MnO, Wu, H., see Liu, P.
99
265
I55 119 155
75 91
Author
265
Xue, R., see Wang, Z. Yamaki, J., see Nanjundaswamy, Yan, Y.M., see Kuo, C.K. Yoo, H.-I., see Lee, K.-C.
index vol. 92 (1996)
K.S.
1 4.5 25
Zakaria, ES., see El-Naggar, I.M. Zea, C., see Chintapalli, S. ZnGk, P and M. Jamnickf, Properties of mixed-halide metaphosphate glasses in systems of CuI-CuX-CuzOP,O, (X = Br, Cl)
323 309 205
145