Battery Reference BookNewnes, 11 mag 2000 - 800 pagine Crompton's Battery Reference Book has become the standard reference source for a wide range of professionals and students involved in designing, manufacturing, and specifying products and systems that use batteries. This book is unique in providing extensive data on specific battery types, manufacturers and suppliers, as well as covering the theory - an aspect of the book which makes an updated edition important for every professional's library. The coverage of different types of battery is fully comprehensive, ranging from minute button cells to large installations weighing several hundred tonnes.
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Sommario
III | 1-1 |
VII | 2-1 |
VIII | 2-25 |
X | 3-1 |
XI | 4-1 |
XII | 5-1 |
XIV | 6-1 |
XVI | 6-7 |
LVI | 33-1 |
LVII | 33-7 |
LIX | 5 |
LXI | 7 |
LXIII | 11 |
LXIV | 38-3 |
LXVI | 38-7 |
LXVIII | 38-11 |
XVIII | 3 |
XIX | 9 |
XX | |
XXI | |
XXII | |
XXIII | 1 |
XXIV | 5 |
XXVI | 9 |
XXVII | 16-1 |
XXVIII | 16-7 |
XXIX | 16-11 |
XXXI | 18-1 |
XXXII | 18-19 |
XXXIII | 20-1 |
XXXIV | 20-7 |
XXXVI | 20-11 |
XXXVIII | 23-1 |
XXXIX | 24-1 |
XL | 1 |
XLI | 5 |
XLII | 27-1 |
XLIII | 1 |
XLV | 5 |
XLVII | 30-9 |
XLVIII | 31-7 |
L | 31-7 |
LII | 31-17 |
LIII | 32-3 |
LIV | 32-9 |
LXX | 40-5 |
LXXII | 40-7 |
LXXIV | 40-11 |
LXXV | 43-3 |
LXXVII | 43-9 |
LXXIX | 47-5 |
LXXX | 47-10 |
LXXXII | 47-15 |
LXXXIV | 47-17 |
LXXXVI | 50-11 |
LXXXVIII | 51-41 |
LXXXIX | 52-3 |
XCI | 52-15 |
XCVIII | 3 |
C | 54-3 |
CI | 56-3 |
CIII | 56-9 |
CV | 56-11 |
CVII | 56-19 |
CIX | 57-1 |
CXI | 57-5 |
CXII | 59-1 |
CXIII | 59-7 |
CXIV | 7 |
CXV | |
CXVI | 7 |
CXVII | 3 |
CXVIII | 1 |
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alloy ampere hour anode applications button cells Capacity Ah carbon-zinc cathode cell voltage cells and batteries charge current charge rate charger circuit Courtesy of Eagle current drain cycles cylindrical cells dioxide cells discharge current discharge curves discharge rate Duracell Eagle Picher electric vehicle electrical resistance electrochemical electrolyte energy density Eveready Flat contact fully charged heat high-rate hydrogen internal resistance ions lead-acid battery lithium lithium-sulphur dioxide lithium-thionyl chloride load manganese dioxide maximum mercury-zinc metal negative electrode nickel-cadmium batteries nickel-zinc nickel-zinc battery nominal capacity operating temperature overcharge oxide oxygen performance plate potential pressure primary batteries rated capacity reaction rechargeable recombination SAFT sealed nickel-cadmium cells secondary batteries self-discharge shown in Figure silver-zinc batteries sintered solution standard storage supply Table terminal tery thermal batteries trickle charge type of battery typical Union Carbide V/cell Varta vented weight Wh/dm³ Wh/kg Yardney zinc zinc-air zinc-air batteries