Lead-Antimony-Tin Alloys for Storage Battery Applications - Gumaan, Mohammed S.;Kamal, Mustafa;Elbedeiwi, Abu-Bakr
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This work was to evaluate and discuss the structural, electrical and mechanical properties of the melt-spun ribbons of lead alloys for storage battery grids for conventional and emerging lead alloy systems. The fundamental reasons for the advantages and disadvantages of various alloy systems are evaluated and compared with that grids in lead acid industrial batteries fabricated in Egypt and in Germany. It is the first time to apply melt-spinning technique practically to the lead storage battery, because of this technique has the potential to control the particle size and shape and in many case…mehr

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Produktbeschreibung
This work was to evaluate and discuss the structural, electrical and mechanical properties of the melt-spun ribbons of lead alloys for storage battery grids for conventional and emerging lead alloy systems. The fundamental reasons for the advantages and disadvantages of various alloy systems are evaluated and compared with that grids in lead acid industrial batteries fabricated in Egypt and in Germany. It is the first time to apply melt-spinning technique practically to the lead storage battery, because of this technique has the potential to control the particle size and shape and in many case drastically change the form and the nature of lead storage battery.
Autorenporträt
He has been gratuated as B.Sc(2007) faculty of science, Sana'a University Yemen, in 2012, M.Sc.from Physics department Mansoura University Egypt,He worked as assistant lecturer in the Basic sciences Department,Faculty of Engineering,University of Science and technology (2013-2014).He is now a Ph.D. researcher in Metal physics ¿ Mansoura University.