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The arrangement of water near a surface regulates the adsorption and desorption of surface species. X‐ray scattering measurements presented by Martin E. McBriarty, Kevin M. Rosso, and co‐workers in article number 1705618, reveal precisely how water molecules near the hematite (α‐Fe2O3) surface rearrange in response to applied cathodic bias. These measurements shed new light on (photo)electrochemical...
The atomic‐scale structure of the interface between a transition metal oxide and aqueous electrolyte regulates the interfacial chemical reactions fundamental to (photo)electrochemical energy conversion and electrode degradation. Measurements that probe oxide–electrolyte interfaces in situ provide important details of ion and solvent arrangements, but atomically precise structural models do not exist...
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