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Water at functional interfaces
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DOI：10.1557/mrs.2014.280.png)
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Abstract
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Water is, perhaps, the most important material known to humankind-fascinating even in its pure state for the range of anomalous properties it displays. There has been an increasing realization that understanding the behavior of water at interfaces-from those of small solutes to biomolecules and polymers to inorganic materials and metals-holds the key to understanding disparate phenomena, from self-assembly, biofouling, and catalysis to corrosion. In this issue of MRS Bulletin, we highlight recent advances in understanding the molecular behavior of water near a range of interfaces of interest to the broader materials community.
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HYDROPHOBICITY
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