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Demonstrates enhanced catalyst stability in aqueous systems, suggesting efficient transformations under mild conditions.
(0.3) was identified as the most promising catalyst since it presents the optimal balance between activity and stability. Furthermore, localized heating at the nanoparticle surface and fast warming times enable efficient transformations under relatively mild bulk conditions and make this process highly suitable for operation under intermittent energy supply.
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Aceituno et al. (2026) studied this question.
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