Research demonstrates effective oxygen reduction in trimetallic catalysts, suggesting new approaches for catalysis.
The asymmetric FeN4ZnN3MnN4 coordination field achieves spatial functional decoupling and electron synergy, simultaneously lowering the energy barriers for *OOH formation and *OH desorption. The proposed “Dynamic Spin Engineering strategy” enables real-time tracking of the electronic states at active sites under operational polarization, as demonstrated by Wei Zhang and co-workers in the Research Article (e19740).
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Song et al. (2026) studied this question.
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