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Dielectric secondary relaxation of water in aqueous binary glass-formers
Published 26 Apr 2010 in cond-mat.soft and cond-mat.dis-nn | (1004.4618v1)
Abstract: The dielectric relaxation of water in glassy aqueous binary mixtures exhibits an Arrhenius behaviour with a nearly universal activation energy. We here demonstrate that its characteristic relaxation time follows a remarkably general functional dependence on the weight fraction of water for a wide range of molecular systems.
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