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A staggering development over the last few years within the field of electrode materials, whatever battery technology considered, has been the use of mechanochemistry to optimize materials’ electroactivity. This low temperature physical synthesis technique, which does not require solvent, is critical not only to control powder morphology, crystallinity and state of division, but also to enable the...
Today’s rechargeable Li-ion batteries, whose principle goes back to the 1980s, operate by an electrochemical process entailing intercalation reactions that necessitate the use of electrode materials having very specific structures and properties, thus limiting considerably their number. Through the discoveries of new Li electrochemical-driven reactivity mechanisms involving either conversion or displacement...
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