Table Of Content

ELSEVIER Journal of Power Sources 56 (1995) 215 Author Index of Volume 56 Adams, W.A., 69 IJdo, D.J.W., 51 Murayama, T., 189 Suresh, M.S., 171 Aiken, P.A., 69 Iriyama, T., 205 Mussivand, T., 69 Suthanthiraraj, S.A., 107 Aldebert, P., 31 Itoh, Y., 11 Myrén, C., 45 Anantharaman, P.N., 145 Takehara, Z., 165 Ando, O., 189 Nakajima, T., 11 Takeshige, H., 61 Antonini, A., 37 Jian, T., 213 Nakanishi, N., 11 Ten Kortenaar, M.V., 51 Arof, A.K., 153 Jiongliang, Y., 115, 201 Nishio, K., 189 Thyberg Naumann, S., 45 Johnsen, R., 1 Noel, M., 101, 125, 145 Tormin, U., 179 Bae, J.-S., 25 Noguchi, H., 61 Usha, K., 171 Balasubramanian, R., 197 Kamath, P.V., 111 BBeaclka,s uFb.r,a m1a7n9 ian, T.S., 209 Kanamura, K., 165 Ono, H., 189 Veluchamy, A., 197 Boinowitz, T., 179 Kawakami, F., 205 Venkatakrishnan, N., 197 Bonino, F., 193 Ke, J.-J., 75, 157 Panero, S., 193 Vente, J.F., 51 Buda, M., 133 K6tz, R., 51 Pasquali, M., 37, 193 Visan, T., 133 Krohn, H., 179 Pereira-Ramos, J.-P., 87 Vishnu Kamath, P., 97 Charlesworth, J.M., 19 Kumagai, N., 87 Pistoia, G., 37, 193 Wu, H., 81 Chellammal, S., 145 Puresheva, B., 137 Choi, Y.-M., 25 Liu, P., 81 Pyun, S.-L., 25 Xia, Y., 61 Dixit, M., 97 Ravikumar, M.K., 209 Yamabe, T., 205 Yamazaki, S., 205 MacLean, G.K., 69 Farooque, M., 1 Yanaru, H., 11 Maney, V., 137 Saiai, A., 11 Francisca Flora, M., 125 Yoshinaga, N., 189 Maru, H., 1 Saitoh, T., 11 Fujimoto, H., 165 Yoshio, M., 61 Fujimoto, M., 189 Maruthamuthu, P., 107 Sakaebe, H., 165 Yu, H.-M., 75 Miachon, S., 31 Santhanam, R., 101, 125 Yuh, C., 1 Ganesh Kumar, V., 111 Miyake, Y., 11 Schenzhong, L., 213 Yunchang, D., 115, 201 Gangadharan, R., 197 Mohamed, N.S., 153 Shiroki, H., 205 Garrard, W.N.C., 19 Mohammadi, T., 91 Shukla, A.K., 111, 209 Zane, D., 37 Gogulamurali, N., 107 Moon, S.-L., 25 Sima, M., 133 Zeyun, W., 201 Mori, Y., 205 Skyllas-Kazacos, M., 91 Zhang, D.-J., 75, 157 Hashimoto, T., 205 Moshtev, R.V., 137 Subban, R.H.Y., 153 ZhaorongC,. , 115, 201 Higuchi, S., 165 Miiller, S., 51 Subrahmanyam, A., 171 Zhu, W.-H., 75, 157 Hui, L., 115, 201 Munichandraiah, N., 111 Suden, G.t., 179 Ziatilova, P., 137 Elsevier Science S.A. ELSEVIER Journal of Power Sources 56 (1995) 216-219 Subject Index of Volume 56 Additives Copper a study of the electrochemistry of nickel hydroxide electrodes fabrication and characterization of solid-state cells using with various additives, 75 Cul,oo-,.-(silver ortho/pyrophosphate), (0<x<60) mixed Alkaline storage batteries systems as solid electrolytes, 107 on the performance of stabilized a-nickel hydroxide as a Cyclic voltammetry nickel-positive electrode in alkaline storage batteries, effect of concentration of lithium ions on the voltammetric 111 responses of nitro-substituted aromatic sulfides in di- Aluminium methylformamide on glassy carbon electrodes, 145 electrosynthesis and stabilization of a-cobalt hydroxide in the presence of trivalent cations, 97 Daramic use of polyelectrolyte for incorporation of ion-exchange groups in composite membranes for vanadium redox flow battery Batteries applications, 91 electrochemical characterization of magnesium/silver chloride Divinylbenzene battery, 197 use of polyelectrolyte for incorporation of ion-exchange groups Biogas in composite membranes for vanadium redox flow battery fuel processing of biogas for small fuel cell power plants, 45 applications, 91 Dopants Cadmium effects of dopants on electrochemical performance of nickel open-circuit voltage recovery of nickel/cadmium cells, 171 cathodes, 115 Carbon construction and destruction of passivating layer on Li,C, in organic electrolytes: an impedance study, 81 Electrical conductivity material balance of petroleum coke/LiNiO, lithium-ion cells, oxygen evolution and reduction on iridium oxide compounds, 137 51 Carbonate fuel cell materials Electrocatalysis status of carbonate fuel cell materials, 1 oxygen evolution and reduction on iridium oxide compounds, Cathode materials 51 preparation of a FeOC! derivative with pyrrole and its Electrochemical impedance performance as a cathode material in a secondary lithium effects of lithium content on the electrochemical lithium battery system, 165 intercalation reaction into LiNiO, and LiCoO, electrodes, Cathodes 25 effects of dopants on electrochemical performance of nickel Electrodes cathodes, 115 a study of the electrochemistry of nickel hydroxide electrodes Cells with various additives, 75 open-circuit voltage recovery of nickel/cadmium cells, 171 electrochemical intercalation of ionic species of tetrabutyl- Chitosan ammonium perchlorate on graphite electrodes. A polymer batteries fabricated from lithium complexed acetylated potential dual-intercalation battery system, 101 chitosan, 153 electrochemical impregnation and performance of nickel Chloride hydroxide electrodes with porous plaques of hollow a comparative study of zinc-polyaniline electrochemical cells nickel fibres, 157 having sulfate and chloride electrolytes, 133 a nickel-iron battery with roll-compacted iron electrodes, 209 Chromium Electrode surface effects electrosynthesis and stabilization of a-cobalt hydroxide in the effect of concentration of lithium ions on the voltammetric presence of trivalent cations, 97 responses of nitro-substituted aromatic sulfides in di- Cobalt hydroxide methylformamide on glassy carbon electrodes, 145 electrosynthesis and stabilization of a-cobalt hydroxide in the Electrolytes presence of trivalent cations, 97 application of the quartz crystal microbalance to measurement Coke carbon of the concentration of electrolyte in lead/acid batteries, lithium doping/undoping in disordered coke carbons, 205 19 Conductive polymers Electrosynthesis electrochemical characteristics of polyaniline synthesized by electrosynthesis and stabilization of a-cobalt hydroxide in the various methods, 189 presence of trivalent cations, 97 Elsevier Science S.A. SubIndjex eof Vcolutme 56 Glassy carbon electrodes effect of concentration of lithium ions on the voltammetric studies on an Li-Mn-O spinel system (obtained by melit- responses of nitro-substituted aromatic sulfides in di- impraes ag cathnode afort 4 Vi litohiumn ba)tteri es. methylformamide on glassy carbon electrodes, 145 Part 1. Synthesis and electrocbheheavmioiurc oaf lLi , Graphite Mn,O,,6 1 electrochemical intercalation of ionic species of tetrabutyl- Lithium ammonium perchlorate on graphite electrodes. A studies on an Li-Mn-O spinel system (obtained by melt- potential dual-intercalation battery system, 101 impraes ag cathnode afort 4 Vi litohiumn ba)tteri es. material balance of petroleum coke/LiNiO, lithium-ion cells, Part1 . Synthesis and electrocbheheavmioiurc oaf lLi ,. 137 Mn,O,,6 1 a metal-free polypyrrole/graphite secondary battery with an construction and destruction of passivating layer on Li,C, in anion shuttle mechanism, 179 organic electraon ilmpyedatncee sst:ud y, 81 polymer batteries fabricated from lithium complexed acetylated Graphite electrodes comparison of fluoride intercalation/de-i alation processes chitosan1,5 3 on graphite electrodes in aqueous and aqueous methanolic rechargeable lithium batteries based on Li,,,V,O, thin films, 193 HF media, 125 Heat balance effects of lithium content on the electrochemliicthailu m intercalation reaction into LiNiO, and LiCoO, electrodes, a study of heat and material balances in an internal-reforming 25 molten carbonate fuel cell, 11 Host lattice lithium dopingin/ diusornderded ocokpe ciarbnonsg, 2 05 low temperature molybdenum oxide as host lattice for lithium intercalation, 87 effects of lithium content on the electrochemliicthailum Hydrogen intercalation reaction into LiNiO, and LiCoO, electrodes, internal hydration H2/O, 100 cm? polymer electrolyte 25 membrane fuel cell, 31 low temperature molybdenum oxide as host lattice for lithium Hydrogen fluoride intercalation8,7 comparison of fluoride intercalation/de-intercalation processes Lithium-ion batteries on graphite electrodes in aqueous and aqueous methanolic studies on an Li-Mn-O spinel system (obtained by melt- HF media, 125 impraes ag cathnode afort 4 Vi litohiumn bat)teri es. Implantable devices preliminary evaluation of rechargeable lithium-ion cells for an implantable battery pack, 69 Intercalation material balance of petroleum coke/LiNiO, lithium-ion cells, electrochemical intercalation of ionic species of tetrabutyl- 137 ammonium perchlorate on graphite electrodes. A potential dual-intercalation battery system, 101 effect of concentration of lithium ions on the voltammetric Iodine responses of nitro-suabrosmattici stulfuidtes eind d i- fabrication and characterization of solid-state cells using methylformamide on glassy carbon electrodes, 145 Cul oo-,.-(silver ortho/pyrophosphate), (0<x< 60) mixed systems as solid electrolytes, 107 Magnesium Ion-exchange reaction electrochemical charactofe margniesizum/asiltveir ochlnori de preparation of a FeOC! derivative with pyrrole and its battery, 197 Manganese dioxide performance as a cathode material in a secondary lithium synthesis of Mn spinels from different polymorphs of MnO,, battery system, 165 37 Iridium oxide compounds Manganese oxides oxygen evolution and reduction on iridium oxide compounds, studies on an Li-Mn-O spinel system (obtained by melt- 51 impraes ag cathnode afort 4 Vi litohiumn ba)tteri es. Iron Part 1. Synthesis and electrocbheheavmioiurc oaf lLi , preparation of a FeOC! derivative with pyrrole and its Mn,0,,6 1 performance as a cathode material in a secondary lithium spinels battery system, 165 synthesis of Mn spinels from different polymorphs of MnO., a nickel-iron battery with roll-compacted iron electrodes, 209 37 Material balance Lattice constant a study of heat and material balances in an internal-reforming effects of lithium content on the electrochemical lithium molten carbofnuela ctelle, 11 intercalation reaction into LiNiO, and LiCoO, electrodes, material balance of petroleum coke/LiNiO, lithium-ion cells, 25 137 Layered double hydroxide Methanol electrosynthesis and stabilization of a-cobalt hydroxide in the comparison of fluoride i lation/de-i alation processes presence of trivalent cations, 97 on graphite electrodes in aqueous and aqueous methanolic Layered oxide HF media1,2 5 effects of lithium content on the electrochemical lithium Molten carbonfuaelt ceel ls intercalation reaction into LiNiO, and LiCoO, electrodes, a study of heat and material balances in an internal-reforming 25 molten carbofnuela ctelle, 11 Lead/acid batteries Molybdenum oxide application of the quartz crystal microbalance to measurement low temperature molybdenum oxide as host lattice for lithium of the concentration of electrolyte in lead/acid batteries, 19 intercalation,8 7 218 SubIndjex eof cVolutme 56 Nickel Polypyrrole effects of dopants on electrochemical performance of nickel a metal-free polypyrrole/graphite secondary battery with an cathodes, 115 anion shuttle mechanism, 179 open-circuit voltage recovery of nickel/cadmium cells, 171 Poly(sodium 4-styrenesulfonate) Nickel cathode use of polyelectrolyte for incorporation of ion-exchange groups a study of the performance of a paste-type nickel cathode, in composite membranes for vanadium redox flow battery 201 applications, 91 Nickel fibres Positive electrodes electrochemical impregnation and performance of nickel on the performance of stabilized a-nickel hydroxide as a hydroxide electrodes with porous plaques of hollow nickel fibres, 157 nickel-positive electrode in alkaline storage batteries, Nickel hydroxide 111 a study of the electrochemistry of nickel hydroxide electrodes Pyrochlores with various additives, 75 oxygen evolution and reduction on iridium oxide compounds, on the performance of stabilized a-nickel hydroxide as a 51 nickel-positive electrode in alkaline storage batteries, 111 Pyrrole electrochemical impregnation and performance of nickel preparation of a FeOC! derivative with pyrrole and its hydroxide electrodes with porous plaques of hollow performance as a cathode material in a secondary lithium nickel fibres, 157 battery system, 165 Nickel-iron batteries a nickel-iron battery with roll-compacted iron electrodes, 209 Nitro aromatic sulfides Quartz crystal microbalance effect of concentration of lithium ions on the voltammetric application of the quartz crystal microbalance to measurement responses of nitro-substituted aromatic sulfides in di- of the concentration of electrolyte in lead/acid batteries, methylformamide on glassy carbon electrodes, 145 19 N-methylpyrrole preparation of a FeOC! derivative with pyrrole and its performance as a cathode material in a secondary lithium battery system, 165 Rechargeable lithium batteries rechargeable lithium batteries based on Li,,,V,O, thin films, 193 Organic electrolytes Rechargeable lithium-ion cells construction and destruction of passivating layer on Li,C, in preliminary evaluation of rechargeable lithium-ion cells for an organic electrolytes: an impedance study, 81 implantable battery pack, 69 Oxygen internal hydration H2/O, 100 cm? polymer electrolyte membrane fuel cell, 31 Secondary batteries Oxygen-evolution reaction a metal-free polypyrrole/graphite secondary battery with an oxygen evolution and reduction on iridium oxide compounds, 51 anion shuttle mechanism, 179 Secondary cells a comparative study of zinc—polyaniline electrochemical cells Passivating layer having sulfate and chloride electrolytes, 133 construction and destruction of passivating layer on Li,C, in Silver organic electrolytes: an impedance study, 81 fabrication and characterization of solid-state cells using Paste-type cathodes Culeo-.-(silver ortho/pyrophosphate), (0<x <60) mixed a study of the performance of a paste-type nickel cathode, 201 systems as solid electrolytes, 107 Petroleum coke Silver chloride material balance of petroleum coke/LiNiO, lithium-ion cells, electrochemical characterization of magnesium/silver chloride 137 battery, 197 Phosphoric acid fuel cells Silver phosphates fuel processing of biogas for small fuel cell power plants, 45 fabrication and characterization of solid-state cells using Polyaniline Culjoo-.-(silver ortho/pyrophosphate), (0<x <60) mixed a comparative study of zinc-polyaniline electrochemical cells systems as solid electrolytes, 107 having sulfate and chloride electrolytes, 133 Solid-state cells electrochemical characteristics of polyaniline synthesized by fabrication and characterization of solid-state cells using various methods, 189 Cul,oo-.-(silver ortho/pyrophosphate), (0<x <60) mixed Polyelectrolyte systems as solid electrolytes, 107 use of polyelectrolyte for incorporation of ion-exchange groups Spinel in composite membranes for vanadium redox flow battery applications, 91 studies on an Li-Mn-O spinel system (obtained by melt- Polymer electrolyte membrane fuel cells impregnation) as a cathode for 4 V lithium batteries. internal hydration H,/O, 100 cm? polymer electrolyte Part 1. Synthesis and electrochemical behaviour of Li, membrane fuel cell, 31 Mn,O,, 61 Polymer electrolytes Sulfate polymer batteries fabricated from lithium complexed acetylated a comparative study of zinc—polyaniline electrochemical cells chitosan, 153 having sulfate and chloride electrolytes, 133 SubIndjex eof Vcolutme 56 Tetrabutyl ium perchlorate Vanadium electrochemical interofc ionaic lspeaciest oif teotranbuty l- rechargeable lithium batteries based on Li, .,V,O, thin films, ammonium perchlorate on graphite electrodes. A 193 potential dual-intercalation battery system, 101 Vanadium redox battery Thin films use of polyelectrolyte for incorporation of ion-exchange groups rechargeable lithium batteries based on Li,,,VsO, thin films, in composite membranes for vanadium redox flow battery 193 applications, 91