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Proceedings of the Seventh European Lead Battery Conference -Dublin, Ireland, 19-22 September 2000 - Introduction
Wilson D |
| 2 - 12 |
Valve-regulated lead-acid batteries
Berndt D |
| 13 - 23 |
Vehicle electric power systems are under change! Implications for design, monitoring and management of automotive batteries
Meissner E, Richter G |
| 24 - 37 |
High power valve regulated lead-acid batteries for new vehicle requirements
Trinidad F, Saez F, Valenciano J |
| 38 - 42 |
Energy storage and management systems for 42 V architectures
Gruenstern RG, Pierson JR, Rizzo RA |
| 43 - 57 |
42 V - an indication for changing requirements on the vehicle electrical system
Ehlers K, Hartmann HD, Meissner E |
| 58 - 67 |
Comparative study for "36 V" vehicle applications: advantages of lead-acid batteries
Lailler P, Sarrau JF, Sarrazin C |
| 68 - 78 |
Advanced bipolar lead-acid battery for hybrid electric vehicles
Saakes M, Kleijnen C, Schmal D, ten Have P |
| 79 - 84 |
Progressive changes in positive active material over the lifetime of a lead-acid battery
Steele IM, Pluth JJ, Richardson JW |
| 85 - 96 |
Effect of compression on the behaviour of lead-acid batteries
Perrin M, Doring H, Ihmels K, Weiss A, Vogel E, Wagner R |
| 97 - 107 |
A fundamental study of the effects of compression on the performance of lead accumulator plates
Calabek M, Micka K, Baca P, Krivak P |
| 108 - 118 |
The effect and mechanism of bismuth doped lead oxide on the performance of lead-acid batteries
Chen HY, Wu L, Ren C, Luo QZ, Xie ZH, Jiang X, Zhu SP, Xia YK, Luo YR |
| 119 - 124 |
Electrochemical characterisation of expander materials
Francia C, Maja M, Spinelli P |
| 125 - 129 |
Development of positive electrodes with an SnO2 coating by applying a sputtering technique for lead-acid batteries
Kurisawa I, Shiomi M, Ohsumi S, Iwata M, Tsubota M |
| 130 - 134 |
Optimum battery design for applications in photovoltaic systems - theoretical considerations
Sauer DU, Garche J |
| 135 - 140 |
Development of a VRLA battery with improved separators, and a charge controller, for low cost photovoltaic and wind powered installations
Fernandez M, Ruddell AJ, Vast N, Esteban J, Estela F |
| 141 - 152 |
Charge strategies for valve-regulated lead/acid batteries in solar power applications
Wagner R, Sauer DU |
| 153 - 161 |
High rate recharge of stationary VRLA batteries
Haring P, Giess H |
| 162 - 173 |
The role of recombination catalysts in VRLA cells
Misra SS, Noveske TM, Mraz SL, Williamson AJ |
| 174 - 190 |
The influence of different negative expanders on the performance of VRLA single cells
Saez F, Martinez B, Marin D, Spinelli P, Trinidad F |
| 191 - 202 |
Semi-suspension technology for preparation of tetrabasic lead sulfate pastes for lead-acid batteries
Pavlov D, Ruevski S |
| 203 - 208 |
In situ observation of morphology change in lead dioxide surface for lead-acid battery
Shiota M, Yamaguchi Y, Nakayama Y, Adachi K, Taniguchi S, Hirai N, Hara S |
| 209 - 217 |
Keeping up the pressure - strategies to maintain plate-group pressure and extend the cycle life of VRLA batteries
Weighall MJ |
| 218 - 223 |
ALABC 2000 - the way ahead
Moseley PT |
| 224 - 233 |
Challenges from corrosion-resistant grid alloys in lead acid battery manufacturing
Prengaman RD |
| 234 - 240 |
Aspects of optimizing polyethylene separators
Bohnstedt W |
| 241 - 247 |
Summary of electrical test results for valve-regulated lead-acid (VRLA) batteries
Crow J, Francis I, Butler P |
| 248 - 254 |
A new electrolyte formulation for low cost cycling lead acid batteries
Torcheux L, Lailler P |
| 255 - 263 |
Battery additives: any influence on separator bahavior?
Ferreira AL |
| 264 - 270 |
VRLA Refined (TM) lead - A must for VRLA batteries Specification and Performance
Stevenson MW, Lakshmi CS, Manders JE, Lam LT |
| 271 - 276 |
Improvement of failure detection of production line test results by implementing Delta V criteria
Schroer T, Niehren G |
| 277 - 292 |
The effect of organic expander materials on the performance, life, surface area and crystal structure of negative electrodes in valve regulated cells
Boden DP, Arias J, Fleming FA |
| 293 - 299 |
Evaluation of hybrid rubber-polyethylene industrial battery separators
Wimberly R, Miller J, Brilmyer G |
