Here we present a theory in which properties of the coexisting crystal and liquid phases at a single thermodynamic state point provide the basis for calculating the pressure, density and entropy of fusion as functions of temperature along the melting line, as well as the variation along this ...
From a quantitative point of view, a valid entanglement measure, also known as an entanglement monotone3, is any real and nonnegative function E on the set of states ρ satisfying the following basic axioms1,43: (E.i) E (ρ) = 0 if ρ is a separable state as defined in Eq. (1)...
1a confirms the recent finding of Heyes and Branka32 that the freezing line is not an exact isomorph, although it is close to one. The melting pressure as a function of temperature, pm(T), can be predicted from information obtained at a single coexistence reference state point. The details...
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