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Samples of a SnCoC-based electrodes, all having the molar composition Sn 40 Co 40 C 20 , but differing by the high energy ball milling synthesis conditions, have been tested in lithium cells. The investigation was carried out by using a series of complementary techniques, including potentiodynamic cycling with galvanostatic acceleration, galvanostatic charge–discharge cycling...
This work reports an electrochemical investigation of a Sn–Co–C ternary electrode which supposedly is similar to that adopted in a new lithium-ion commercial battery. The electrode, obtained by mechanical-milling of Sn, Co and C (graphite), and having the Sn 31 Co 28 C 41 composition, shows very promising electrochemical characteristics both in terms of specific capacity and...
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