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Demonstrates enhanced degradation of volatile organic compounds in a catalytic system, suggesting improved design strategies.
-O* cooperative sites govern the coupling, rearrangement, and deep-reduction processes, while deactivation analysis identifies disrupted oxygen cycling as the primary cause of activity loss. This work highlights the critical role of CuO-CuO interfacial modulation in advancing low-temperature S-VOCs degradation and provides an effective strategy for designing highly active inverse Cu-Ce catalysts.
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Lai et al. (2026) studied this question.
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