Abstract
A model of a Frenkel gas-solid medium consisting of Н2О molecules and H3O + and OH- ions with the same density and concentration of particles as liquid water is considered. Particles make a thermal vibrational-diffusive motion, during which they collide, exchange protons and interconvert. Under the assumption that the medium is retained by the dipole-ion interaction forces, it was shown that the evaporation enthalpy H, specific heat C, and also the transport parameters of the medium --- self-diffusion coefficient D, viscosity eta, and thermal conductivity theta --- are close to the reference values for liquid water throughout the interval of its existence (250-600 K).
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