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Water structure engineering via hydrogen-bond network disruption

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Water structure engineering via hydrogen-bond network disruption refers to deliberately modifying the arrangement and dynamics of hydrogen bonds among water molecules near catalyst surfaces to optimize reaction rates, rather than treating water as a passive solvent.[1][7][9] Related studies have shown that changing water orientation and hydrogen-bonding at interfaces, for example using Nb2O5-modified Ru nanoclusters, can enhance the hydrogen evolution reaction in neutral media.[7]

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Often mentioned with · Organizations

Nature Communications
Scientific publishing and peer-reviewed research dissemination
institution United Kingdom 1 mention
Xiaojuan Bai et al. (authors of "Water engineering via surfactant coacervates enables efficient and robust solar hydrogen evolution")
Academic research in energy science and technology, focusing on photocatalytic hydrogen evolution and water structure engineering.
other China (primary affiliations, as indicated by Nature Communications listing of Chinese institutions for the paper’s authors) 1 mention

Often mentioned with · Research studies

Water engineering via surfactant coacervates enables efficient and robust solar hydrogen evolution
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In the news (1)

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Researchers led by Xiaojuan Bai demonstrate that surfactant coacervates can engineer water microenvironments to boost solar hydrogen production efficiency and stability.

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