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Proton conductors operating at a high temperature condition have attracted great attention for intermediate temperature proton exchange membrane fuel cells (PEMFCs). Inorganic electrolyte membrane fabricated from Cs substituted Phosphomolybdic acid (CsXH3-XPMo12O40) is considered as a suitable potential candidates for membranes without a liquid phase for PEMFCs using between 160 to 280°C. Graphite oxide is incorporated with this solid material to improve the proton conductivity, and the activation energy is also calculated by the Arrhenius equation. The CsXH3-XPMo12O40/GO composite electrolyte exhibits the high proton conductivities of 1.7*10 S cm at 280°C.

Proton-Exchanged Graphite oxide-incorporated CsXH3-XPMo12O40 with High Conductivity at Intermediate Temperatures