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On page 9949, R. Amal and co‐workers describe Au‐Pt‐Ni core‐sandwich‐shell nanorods for high selectivity H2O2 production via direct oxygen reduction. The epitaxial growth allowed for the tuning of the oxygen reduction pathway to selective 2e− reduction. Moreover, the transitional high‐work‐function Pt at the interface is believed to further influence the degree of lattice strain, and hence further...
Au–Ni core‐shell nanorods (NRs) and Au–Pt–Ni core‐sandwich‐shell NRs are synthesized and exhibit high activity for selective H2O2 production via direct oxygen reduction. The epitaxial growth with coherent lattice fringes allow for the tuning of the oxygen reduction pathway. Moreover, a selectivity of 95% and mass activity of 192.9 A g−1noble metal are achieved using Au–Pt–Ni NRs at 150 mV overpotential...
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