Abstract
Mercury and Tardy (1997) have proposed a method for evaluating the thermodynamic properties of liquid water under negative pressures. Beside Gibbs'free energy, enthalpy, entropy, heat capacity, thermic expansivity and compressibility are added here new evaluations of the dielectric constant and water-vapor interfacial tension, A revised table of physicochemical parameters, such as water activity or vapor tension above the meniscii, height of capillary rise, radius of meniscus and pH of neutrality are also tabulated. Temperatures and pressures of freezing of ice polymorphs are discussed as examples of isobaric and anisobaric conditions of mineral crystallizations.
Published Version
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