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This work reports the synthesis of a novel carbon-supported Pd-decorated PtCu nanocatalyst for formic acid oxidation. Without using surfactants or polymers, PtCu alloy was firstly prepared through simply co-reduction of Pt and Cu ions using ethylene glycol and sodium citrate as the reducing and stabilizing reagents. Then, Pd was decorated on the surface of PtCu through spontaneous replacement of Cu...
This work reports the synthesis of a novel carbon supported Au-decorated PdCu composite catalyst for formic acid oxidation. The catalyst was prepared through a two-step process. PdCu alloy was firstly prepared through co-reduction of Pd and Cu ions using ethylene glycol and sodium citrate as the reducing and stabilizing reagents. Au was decorated on the surface of the PdCu alloy through spontaneous...
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