… vacuum, although water/hydroxyl structures may be stable to 220 K or above, so investigating
metal–water interfaces at higher temperatures requires a static vapor pressure of water, as …

… three aqueous interfaces: the water liquid–vapor interface, the interface between water and
… Also note that the surfactant/water interface in these reverse micelles is quite rough, and the …

… the water–water and water–metal interactions are of similar strength so that the structures at
water/metal interfaces … Because water is a polar molecule and water and metal surfaces are …

… covering various aspects of water interfaces with vacuum, air, … the structure and growth
of water films at interfaces, covering … interfaces were the microscopic mechanism of water …

Recent advances in molecular mechanics and dynamics of water on inorganic surfaces are
reviewed. The structures of hydroxylated surfaces and water-hydroxyl adducts, determined …

… A consequence of this is that understanding how the interface … /water interface based on
the few systems studied in detail. Thus, although there is broad interest in water/solid interfaces …

… only investigated the water−hydrogenated graphene interface. Further studies … interfaces
between water and a medium that is hydrophobic in nature, such as, eg, the water−air interface. …

… interface to a neutral interface … the interface is less important than the presence of the
interface. Finally, it is found that the dynamics of water at an organic interface is very similar to water …

… water molecules. We thus postulate a slight negative charge on the surface of pure water at
the air-water interface* (… in the third interfacial layer of water molecules. We suggest that polar …

… is the water structure near a solid interface different (if it is different at all) from bulk water?
(2) If the structure of vicinal water is, indeed, different, how far from the interface does the …