Power sources 2, 1968 : research and development in non-mechanical electrical power sources ; proceedings of the 6th international symposium, held at Brighton, September 1968, sponsored by the Joint Services Electrical Power Sources Committee

Content: Other titles in this series , Page ii Front Matter , Page iii Copyright , Page iv SYMPOSIUM COMMITTEE , Page v FOREWORD , Page vii 1 - CHARGE ACCEPTANCE OF THE LEAD CELL AT VARIOUS CHARGING RATES AND TEMPERATURES , Pages 1-16 , K. PETERS, A.I. HARRISON, W.H. DURANT 2 - THE EFFECT OF TEMPERATURE AND CURRENT DENSITY ON THE UTILIZATION OF LEAD AND LEAD OXIDE ELECTRODES , Pages 17-31 , D. BERNDT 3 - ANOMALIES OF THE NEGATIVE PLATE IN THE LEAD–ACID BATTERY , Pages 33-53 , A.G. SIMON 4 - THE CURING OF LEAD–ACID BATTERY PLATES , Pages 55-67 , M.E.D. HUMPHREYS, R. TAYLOR, S.C. BARNES 5 - SPECIFIC PROPERTIES OF SMALL CLOSED LEAD ACCUMULATORS USING AN IMMOBILIZED ELECTROLYTE , Pages 69-92 , K. EBERTS 6 - WATER-ACTIVATED DRY-CHARGED LEAD–ACID BATTERIES , Pages 93-101 , D.L. DOUGLAS, R.E. BIDDICK, J.B. OCKERMAN 7 - A STUDY OF SOME OF THE CRYSTALLOGRAPHIC AND MICROSCOPIC ASPECTS OF THE CURING OF POSITIVE LEAD–ACID BATTERY PLATES , Pages 103-119 , JOHN R. PIERSON 8 - THE DISTRIBUTION OF POTENTIAL OVER DISCHARGING LEAD-ACID BATTERY PLATES , Pages 121-140 , J.E. PUZEY, W.M. ORRIEL 9 - ON THE SELF-DISCHARGE OF A NICKEL OXIDE ELECTRODE , Pages 141-147 , P.D. LUKOVTSEV, O.G. MALANDIN 10 - CURRENT DISTRIBUTION AND pH GRADIENTS IN A MODEL OF A BATTERY PLATE , Pages 149-165 , FRITZ G. WILL 11 - COATED NICKEL ELECTRODES , Pages 167-179 , I. SHEINHARTZ, C.D. DICKINSON 12 - RAPID RECHARGING OF NICKEL–CADMIUM BATTERIES , Pages 181-197 , W.N. CARSON JR., R.L. HADLEY 13 - PARAMETRIC CHARGE STUDIES FOR AEROSPACE NICKEL–CADMIUM BATTERIES , Pages 199-212 , K.E. PREUSSE, R.C. SHAIR, F.E. BETZ 14 - COMPUTER USE IN AUTOMATIC DATA ACQUISITION SYSTEMS FOR BATTERY TESTING , Pages 213-230 , DONALD O. NEWTON 15 - ION-EXCHANGE MEMBRANES AS SEPARATORS FOR ORGANIC ELECTROLYTE RECHARGEABLE SYSTEMS , Pages 231-254 , A.N. DEY, M.L.B. RAO 16 - A POTENTIAL–TIME STUDY OF THE MASS TRANSFER PHENOMENA DUE TO THE LITHIUM IONS IN NON-AQUEOUS ELECTROLYTES , Pages 255-265 , J.P. GABANO, Y. JUMEL, J.F. LAURENT 17 - HIGH-ENERGY DENSITY LITHIUM-NICKEL FLUORIDE NON–AQUEOUS BATTERIES , Pages 267-287 , H.N. SEIGER, A.E. LYALL, R.C. SHAIR 18 - THE SULFUR ELECTRODE , Pages 289-302 , J.R. COLEMAN, M.W. BATES 19 - ELECTRODE POTENTIALS AND RELATED PROPERTIES OF SOME POTASSIUM-CONTAINING α-MANGANESE DIOXIDES , Pages 303-318 , J. AMBROSE, A.K. COVINGTON, H.R. THIRSK 20 - PHYSICAL PROPERTIES OF MIXTURES OF CARBON AND MANGANESE DIOXIDE , Pages 319-334 , J. CAUDLE, C.A. BETTS, F.L. TYE 21 - SHELF LIFE OF LECLANCHÉ BATTERIES , Pages 335-358 , A.G. HELLFRITZSCH 22 - SOME NEW REFILL CELL SYSTEMS , Pages 359-371 , P.A. BOTER, M.D. WIJNEN, H.L.C. NUYENS 23 - LOW-TEMPERATURE PERFORMANCE OF THE ZINC–MERCURIC OXIDE SYSTEM , Pages 373-387 , F. PRZYBYLA, F.J. KELLY 24 - SOLID STATE BATTERIES , Pages 389-399 , BOONE OWENS, GARY R. ARGUE, IRWIN J. GROCE 25 - A KINETIC STUDY OF THE ZING ELECTRODE BY MODIFIED TECHNIQUES , Pages 401-410 , PAUL L. HOWARD, JAMES R. HUFF 26 - A COMPARISON OF AMALGAMATED AND NON-AMALGAMATED ZINC ELECTRODES , Pages 411-422 , T.P. DIRKSE 27 - ZINC–AIR BATTERY SYSTEMS , Pages 423-440 , S.M. CHODOSH, B. JAGID, E. KATSOULIS 28 - AIR–METAL CELL SYSTEMS , Pages 441-460 , J. GOUALARD, J.P. HARIVEL 29 - HIGH RATE ZINC–OXYGEN BATTERIES , Pages 461-481 , R.A. POWERS, R.J. BENNETT, W.G. DARLAND, R.J. BRODD 30 - ON THE OPERATING MECHANISM OF A HYDROPHILIC POROUS GAS ELECTRODE , Pages 483-492 , A.G. PSHENICHNIKOV 31 - HIGH CURRENT DENSITY HYDROGEN ELECTRODES , Pages 493-504 , G.R. LOMAX, F. TWENTYMAN 32 - THE STUDY OF ELECTRODES FOR THE HYDRAZINE–OXYGEN FUEL CELL , Pages 505-519 , J. JINDRA, M. SVATÁ, J. MRHA 33 - HYDROCARBON AND METHANOL LOW TEMPERATURE FUEL CELL SYSTEMS , Pages 521-529 , K.R. WILLIAMS 34 - THEORETICAL CONSIDERATION OF A MOLTEN CARBONATE FUEL CELL RUNNING ON NATURAL GAS , Pages 531-546 , J.G. BANNOCHIE, C.G. CLOW 35 - ASSESSMENT OF THE FUTURE OF FUEL CELLS AND RECHARGEABLE BATTERIES IN RAIL TRACTION , Pages 547-565 , J.L. SUDWORTH, I. DUGDALE 36 - FUEL CELL–BATTERY POWER SOURCES , Pages 567-581 , GALEN R. FRYSINGER, FRANK WRUBLEWSKI 37 - THE DEVELOPMENT OF FUEL CELL ANCILLARY SYSTEMS AND COMPONENTS , Pages 583-599 , D.K. ROSS, A.A. LAW 38 - THE METHODS OF MAKING GeSi ALLOYS, THEIR PROPERTIES AND THEIR USE IN THERMOELECTRIC GENERATORS , Pages 601-619 , H.A. HERRMANN, W.H. DIETZ