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Alternative TitleJ. Power Sources
Yamasaki, N.; Ke, J. J.; Tang, W. P.
Source PublicationJournal of Power Sources
AbstractThe curing process is the longest step in the manufacture of lead/acid batteries. In this work, curing of lead/acid battery pastes is undertaken by a hydrothermal method with the aim of shortening the duration of the process. The effects of curing temperature, time and atmosphere on the composition and toughness of the positive plates are investigated. Both the latter parameters are found to be strongly influenced by these curing conditions. In particular, the strength of positive plates prepared either in the presence of water vapour or in an atmosphere containing O2 and water vapour is lowered with increasing temperature and time. This is due to the formation and growth of large tetrabasic lead sulphate (4PbO.PbSO4) crystals. By contrast, if the hydrothermal curing is conducted in an atmosphere containing CO2 and water vapour, plate strength is increased as a result of the formation of small crystals of PbCO3 and a reduction in the number of large 4PbO.PbSO4 crystals.
Indexed BySCI
WOS IDWOS:A1991GE14800011
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Cited Times:4[WOS]   [WOS Record]     [Related Records in WOS]
Document Type期刊论文
Recommended Citation
GB/T 7714
Yamasaki, N.,Ke, J. J.,Tang, W. P.. HYDROTHERMAL CURING OF LEAD-ACID-BATTERY POSITIVE PLATES[J]. Journal of Power Sources,1991(1):95-110.
APA Yamasaki, N.,Ke, J. J.,&Tang, W. P..(1991).HYDROTHERMAL CURING OF LEAD-ACID-BATTERY POSITIVE PLATES.Journal of Power Sources(1),95-110.
MLA Yamasaki, N.,et al."HYDROTHERMAL CURING OF LEAD-ACID-BATTERY POSITIVE PLATES".Journal of Power Sources .1(1991):95-110.
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