Abstract
In search of alternatives of Platinum-based electrocatalysts, graphene – Phthalocyanine composites are under recent research focus. We, therefore, in this study, have addressed and explored the electrochemical performances of graphene/copper phthalocyanine nanocomposites towards oxygen reduction reaction. It is found that, graphene functionalized copper phthalocyanine show better catalytic activity than bare phthalocyanine nanostructure, which may be attributed to the π-π interaction between the components and higher conductivity of graphene in the composite.
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