Table Of Content

> ELSEVIER Journal of Power Sources 64 (1997) 209 Author Index of Volume 64 Albert, L., 21 Fitas, R., 57 Micka, K., 123 Steyer, Ph., 35 Foct, J., 117 Mittermeier, J., 197 Stoylov, S.P., 61 Babi¢, R., 13 Funato, T., 147 Moseley, P.T., 47 Stoynov, Z., 189 Bata, P., 123 Murugesamoorthi, K.A., 139 Biachler, M., 197 Gagnol, P., 203 Takahashi, K., 147 Bagshaw, N_E., 91 Grugeon-Dewaele, S., 71 Nakamura, K., 147 Tarascon, J.M., 71 Bopp, G., 197 Guo, Y., 65 Nishev, T., 189 Tensi, H.M.,9 7 Bose, C.S.C., 139 Ténnessen, A., 97 Brini¢, S., 13 Henn, F., 71 Pavlov, D., 51, 131 Torcheux, L., 71, 81 Brissaud, C., 117 Hohe, W., 197 Tsubota, M., 147 Bui, N., 21 Rand, D.AJ., 11, 157 Hua, S., 65 Bullock, K.R., 9, 139 Hwang, E., 193 Reumont, G., 117 Rogachev, T., 51 Vacheva, V., 189 Calabek, M., 123 Varela, F.E., 39 Jochim, D.M., 103 Carubelli, A., 111 SaidanBi.,, 6 1 Vaurijoux, J.P., 71, 81 Chang, T.G., 103 Saidi, H.,6 1 Vilche, J.R., 39 Chelali, N., 57 Karden, E., 175 Saidi, N.,6 1 Czerwitiski, A., 29 Kim, M., 193 Salamon, K., 97 Weeks, M.C., 139 Kfivak, P., 123 Sauer, D.U., 181, 197 Willer, B., 197 D’Alkaine, C.V., 111 Le Caér,G. ,3 5 Schépe,F. , 175 Wollny, M., 197 De Guibert, A., 71, 81 Leriche, J.B., 71 Shiomi, M., 147 Wu, M., 65 Delahaye-Vidal, A., 71 Simon, P.,2 1 Lopes, M.C., 111 Delcroix, P., 35 Smaha, J.P., 117 Yakimoff, N., 7 Devitt, J., 153 Smarda, V., 123 Djellouli, B., 57 Mattesco, P., 21 Sprau, P., 197 Mauracher, P., 175 Stamenova, N., 189 Zelazowska, M., 29 El Ghachcham Amrani, A., 35 MetikoS-Hukovié, M., 13 Steinmetz, J., 35 Zerroual, L., 57 Elsevier Science S.A. ELSEVIER Journal of Power Sour6c4 (e19s97 ) 211-213 Subject Index of Volume 64 Acid concentration Cycling a predictive model of the reliabilities and the distributions of the acid influence of cycling on the nature of the positive active mass of lead/ concentrations, open-circuit voltages and capacities of valve- acid batteries and effect of CaSO, on the behaviour of the positive regulated lead/acid batteries during storage, 139 plates,5 1 Active material utilization Cycling tests positive plate additives, 47 structural and morphological study of damage in lead/acid batteries Additives during cycling and floating tests, 117 positive plate additives, 47 Ageing modelling of local conditions in flooded lead/acid batteries in D-cell an account of the development of the first valve-regulated lead/acid photovoltaic systems, 181 cell, 153 Alloys Dieesietieniemeies hani effect of polarisation mode, time and potential on the properties of the the kinetic mechanism of the PbO, discharge of the lead/acid positive passive layer on lead-tin alloys, 21 plates, 111 analysoif sti n in lead oxide by Méssbauer spectrometry and transmission electron microscopy, 35 Electricity generation Basic lead sulfate the lead/acid battery — a key technology for global energy soaking and formation of tetrabasic lead sulfate, 71 management, 157 Battery dynamic performance Electric vehicles nonstationary analysis and modelling of battery load performance, 189 the lead/acid battery — a key technology for global energy Battery modelling management, 157 nonstationary analysis and modelling of battery load performance, 189 electrochemical modelling of lead/acid batteries under operating condoif etlecitrioc vnehiscle s, 175 Calcium Electrodes analysis of tin in lead oxide by Méssbauer spectrometry and electrochemical behavior of lead dioxide deposited on reticulated vitreous carbon (RVC), 29 transmission electron microscopy, 35 Calcium sulfate electrochemical modelling of lead/acid batteries under operating influence of cycling on the nature of the positive active mass of lead/ condoif etlecitrioc vnehiscle s, 175 acid batteries and effect of CaSO, on the behaviour of the positive Electrolytes plates, 51 rapid partial charging of lead/acid batteries, 103 Capacity Energy balance a predictive model of the reliabilities and the distributions of the acid energy balance of the closed oxygen cycle and processes causing concentrations, open-circuit voltages and capacities of valve- thermal runaway in valve-regulated lead/acid batteries, 131 regulated lead/acid batteries during storage, 139 Energy demand/ supply Carbon the lead/acid battery — a key technology for global energy effects of carbon in negative plates on cycle-life performance of valve- management, 157 regulated lead/acid batteries, 147 Environmental problems Cast-on-strap process the lead/acid battery — a key technology for global energy simulation of the cast-on-strap process in a finite-element model, 97 management, 157 Charge rapid partial charging ofl ead/acid batteries, 103 Finite-elemeat analysis Closed oxygen cycle simulation of the cast-on-strap process in a finite-element model, 97 energy balance of the closed oxygen cycle and processes causing Floating tests thermal runaway in valve-regulated lead/acid batteries, 131 structural and morphological study of damage in lead/acid batteries Cobalt during cycling and floating tests, 117 effects of cobalt in lead/acid batteries, 91 Formation Current distribution improvement of the formation efficiency of the tetrabasic lead sulfate modelling of local conditions in flooded lead/acid batteries in for lead/acid batteries, 81 photovoltaic systems, 181 Cycle performance effects of carbon in negative plates on cycle-life performance of valve- Growth mechanisms regulated lead/acid batteries, 147 reaction model development for the Pb/PbSO, system, 39 Elsevier Science S.A. 212 Subject Index of Volume 64 / Journal of Power Sources 64 (1997) 211-213 Heating monitoring the battery status for photovoltaic systems, 193 rapid partial charging of lead/acid batteries, 103 analysis of the performance parameters of lead/acid batteries in Hydration water photovoltaic systems, 197 role of hydration water in the reduction process of PbO, in lead/acid industrial batteries in the electric power system of ‘Electricité de cells, 57 France’, 203 Hydrogen evolution Lead/acid system industrial batteries in the electric power system of ‘Electricité de reaction model development for the Pb/PbSO, system, 39 France’, 203 Lead-antimony alloys influence of antimony on the properties of the anodic oxide layer Impedance spectroscopy formed on Pb—Sb alloys, 13 influence of antimony on the properties of the anodic oxide layer Lead dioxide formed on Pb-Sb alloys, 13 electrochemical behavior of lead dioxide deposited on reticulated Industrial batteries vitreous carbon (RVC), 29 industrial batteries in the electric power system of ‘Electricité de dependence of the electric field on the specific surface conductivity of France’, 203 PbO,, 3PbO- PbSO, and 4PbO- PbSO,, 61 Internal resistance role of hydration water in the reduction process of PbO, in lead/acid monitoring the battery status for photovoltaic systems, 193 cells, 57 Lead electrooxidation Lead reaction model development for the Pb/PbSO, system, 39 influence of antimony on the properties of the anodic oxide layer Lead monooxide electroreduction formed on Pb-Sb alloys, 13 reaction model development for the Pb/PbSO, system, 39 effect of polarisation mode, time and potential on the properties of the Lead sulfate passive layer on lead-tin alloys, 21 dependence of the electric field on the specific surface conductivity of electrochemical behavior of lead dioxide deposited on reticulated PbO,, 3PbO- PbSO, and 4PbO -P bSO,, 61 vitreous carbon (RVC), 29 Lead sulfate electroreduction analysis of tin in lead oxide by Méssbauer spectrometry and reaction model development for the Pb/PbSO, system, 39 transmission electron microscopy, 35 Lead sulfate reduction Lead/acid batteries a study of the passivation mechanism of negative plates in lead/acid influence of antimony on the properties of the anodic oxide layer batteries, 65 formed on Pb-Sb alloys, 13 analysis of tin in lead oxide by Méssbauer spectrometry and Macrohomogeneous model transmission electron microscopy, 35 electrochemical modelling of lead/acid batteries under operating positive plate additives, 47 conditions of electric vehicles, 175 influence of cycling on the nature of the positive active mass of lead/ Microfiber glass separator acid batteries and effect of CaSO, on the behaviour of the positive an account of the development of the first valve-regulated lead/acid plates, 51 cell, 153 role of hydration water in the reduction process of PbO, in lead/acid Modelling cells, 57 modelling of local conditions in flooded lead/ acid batteries in a study of the passivation mechanism of negative plates in lead/acid photovoltaic systems, 181 batteries, 65 Mossbauer spectroscopy soaking and formation of tetrabasic lead sulfate, 71 analysis of tin in lead oxide by Méssbauer spectrometry and improvement of the formation efficiency of the tetrabasic lead sulfate transmission electron microscopy, 35 for lead/acid batteries, 81 effects of cobalt in lead/acid batteries, 91 simulation of the cast-on-strap process in a finite-element model, 97 Negative electrodes rapid partial charging of lead/acid batteries, 103 a study of the passivation mechanism of negative plates in lead/acid the kinetic mechanism of the PbO, discharge of the lead/acid positive batteries, 65 plates, 111 Negative plates structural and morphological study of damage in lead/acid batteries effects of carbon in negative plates on cycle-life performance of valve- during cycling and floating tests, 117 regulated lead/acid batteries, 147 study of resistance changes related to premature capacity loss in lead Nucleation battery plates, 123 reaction model development for the Pb/PbSO, system, 39 energy balance of the closed oxygen cycle and processes causing thermal runaway in valve-regulated lead/acid batteries, 131 Open-circuit voltage a predictive model of the reliabilities and the distributions of the acid effects of cobalt in lead/acid batteries, 91 concentrations, open-circuit voltages and capacities of valve- Open-circuit voltages regulated lead/acid batteries during storage, 139 a predictive model of the reliabilities and the distributions of the acid effects of carbon in negative plates on cycle-life performance of valve- concentrations, open-circuit voltages and capacities of valve- regulated lead/acid batteries, 147 regulated lead/acid batteries during storage, 139 an account of the development of the first valve-regulated lead/acid Operating conditions cell, 153 analysis of the performance parameters of lead/acid batteries in the lead/acid battery — a key technology for global energy photovoltaic systems, 197 management, 157 electrochemical modelling of lead/acid batteries under operating conditions of electric vehicles, 175 Passivation modelling of local conditions in flooded lead/acid batteries in analysis of tin in lead oxide by Méssbauer spectrometry and photovoltaic systems, 181 transmission electron microscopy, 35 Subject Index of Volume 64 / Journal of Power Sources 64 (1997) 211-213 Passivation layer Reticulated vitreous carbon effect of polarisation mode, time and potential on the properties of the electrochemical behavior of lead dioxide deposited on reticulated passive layer on lead-tin alloys, 21 vitreous carbon (RVC), 29 Passivation mechanism a study of the passivation mechanism of negative plates in lead/acid Single-pore model batteries, 65 electrochemical modelling of lead /acid batteries under operating Passivity conditions of electric vehicles, 175 the kinetic mechanism of the PbO, discharge of the lead/acid positive Sizing plates, 111 industrial batteries in the electric power system of ‘Electricité de Photovoltaic systems France’, 203 modelling of local conditions in flooded lead/acid batteries in Solid-state reactions photovoltaic systems, 181 the kinetic mechanism of the PbO, discharge of the lead/acid positive monitoring the battery status for photovoltaic systems, 193 plates, 111 analysis of the performance parameters of lead/acid batteries in Specific energy photovoltaic systems, 197 positive plate additives, 47 Polarisation mode Specific gravity effect of polarisation mode, time and potential on the properties of the monitoring the battery status for photovoltaic systems, 193 passive layer on lead-—tin alloys, 21! State-of-charge Positive active mass monitoring the battery status for photovoltaic systems, 193 influence of cycling on the nature of the positive active mass of lead/ Stratification acid batteries and effect of CaSO, on the behaviour of the positive modelling of local conditions in flooded lead/acid batteries in plates, 51 photovoltaic systems, 181 Positive active material Surface conductivity structural and morphological study of damage in lead/ acid batteries dependence of the electric field on the specific surface conductivity of during cycling and floating tests, 117 PbO,, 3PbO- PbSO, and 4PbO -P bSO,, 61 Positive plate discharge Sustainability the kinetic mechanism of the PbO, discharge of the lead/acid positive the lead/acid battery — a key technology for global energy plates, 111 management, 157 Positive plates soaking and formation of tetrabasic lead sulfate, 71 Tetrabasic lead sulfate study of resistance changes related to premature capacity loss in lead improvement of the formation efficiency of the tetrabasic lead sulfate for lead/acid batteries, 81 battery plates, 123 Power systems Thermal runaway industrial batteries in the electric power system of ‘Electricité de energy balance of the closed oxygen cycle and processes causing France’, 203 thermal runaway in valve-regulated lead/acid batteries, 131 Tin Premature capacity loss effect of polarisation mode, time and potential on the properties of the structural and morphological study of damage in lead/acid batteries during cycling and floating tests, 117 passive layer on lead—tin alloys, 21 study of resistance changes related to premature capacity loss in lead analysis of tin in lead oxide by Méssbauer spectrometry and battery plates, 123 transmission electron microscopy, 35 Process simulation Transmission electron microscopy simulation of the cast-on-strap process in a finite-element model, 97 analysis of tin in lead oxide by Méssbauer spectrometry and transmission electron microscopy, 35 Production technology simulation of the cast-on-strap process in a finite-element model, 97 Valve-regulated lead /acid batteries energy balance of the closed oxygen cycle and processes causing Reaction mechanisms thermal runaway in valve-regulated lead/acid batteries, 131 the kinetic mechanism of the PbO, discharge of the lead/acid positive a predictive model of the reliabilities and the distributions of the acid plates, 111 concentrations, open-circuit voltages and capacities of valve- Resistance regulated lead /acid batteries during storage, 139 study of resistance changes related to premature capacity loss in lead an account of the development of the first valve-regulated lead/acid battery plates, 123 cell, 153