Abstract
SiOx is a silicon-based anode material for Li-ion batteries that has a high specific capacity and good cycle life. Lithiation of SiOx results in the formation of active Si cores surrounded by an inactive stabilizing matrix of irreversible lithium silicates and lithium oxides. SiOx with adjustable values of x can be synthesized by roller milling under oxygen flow, with the oxygen content being controlled by the amount of time spent milling in oxygen vs milling under argon. A fast and inexpensive oxygen content determination method was needed for determination of the oxygen content in SiOx as the roller milling process proceeded. A simple 4-step procedure to determine the oxygen content in SiOx is presented using a KOH solution, aluminized pouch bags, and Archimedes gas quantification measurements. This method can serve as a quick and inexpensive substitute to traditional oxygen content determination measurements such as gas fusion analysis.
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