| Literature DB >> 25707229 |
V G Artemov, A A volkov, A V Pronin, A A Volkov.
Abstract
New insight into the electrical properties of liquid water, from a standpoint of the physics of electrolytes, is proposed. The dielectric spectrum of water at frequencies 10(4)-10(11) Hz is described by a simple diffusional model taking into account the electrophoretic and relaxation effects inherent in electrolytes. The static dielectric permittivity and microwave absorption are derived from diffusion of Coulomb interacting H3O+ and OH- ions instead of orientational motion of H2O molecules. The drift component of diffusion provides the proton dc-conductivity. Ion concentration is found to be 7 orders of magnitude higher than commonly accepted.(- 1% of the total concentration of H2O molecules). The findings refer to the basic properties of water and therefore can be the key to solving the water-related problems.Entities:
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Year: 2014 PMID: 25707229
Source DB: PubMed Journal: Biofizika ISSN: 0006-3029