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Direct methanol fuel cells (DMFCs) are attracting much attention as clean and efficient power sources. Pt-Ru alloy anode has been developed for industrial applications. However, the resources of both Pt and Ru are limited on our planet. In the present work, Pt-Ce0 2 composite anodes were prepared. We examined the influence of surface activity of substrate Ce0 2 on anode performance of Pt-Ce0 2 composites for development of high quality anodes in DMFCs. The surface area of Ce0 2 particles wasdoi:10.14723/tmrsj.33.1097 fatcat:xq6hytr2pjfkvohk5jztf5iqbu