The synergy of dendritic morphology and electronic structure modulation in PdPb nanodendrites for enhanced alcohol electrooxidation.

Developing highly active and durable electrocatalysts requires the simultaneous optimization of active-site accessibility and electronic structure in alcohol oxidation. Benefiting from the synergistic effects of dendritic structural engineering and electronic structure modulation, the synthesized PdPb nanodendrites with a flower-like porous architecture deliver remarkable activity and stability toward the ethanol and methanol oxidation reactions.