Abstract
Effects of Pt nanoparticle incorporation into a MoO 3 thin film, which was prepared via cosputtering of a Pt and MoO 3 target, were investigated for a cathode electrode of the rechargeable Li batteries. The incorporation of the Pt with size of ca. 1.5 nm formed a heterogeneous film morphology with nanophases of Pt and MoO 3 domains, leading to a better cyclic performance than the electrode of MoO 3 without Pt. These enhancements with Pt in the MoO 3 electrode could be ascribed to a combined effect of substantial decrease in the sheet resistance and amelioration of the mechanical stability of the film itself.
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