Demonstrates enhanced oxygen evolution in nanocrystal-assembled NiFe2O4, highlighting defect engineering for energy conversion efficiency.
. This superior performance is primarily attributed to intrinsic oxygen vacancies generated during the oxidative phase evolution, which optimize the active-site electronic structure and enhance charge-transfer kinetics. Furthermore, the catalyst demonstrates excellent durability over 1200 cycles. This work highlights oxidative phase restructuring as a powerful pathway to engineer intrinsic defects for high-efficiency energy-conversion applications.
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Ngo et al. (2026) studied this question.
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