By Skripov V. P., Faizullin M. Z.
Dependent upon this paintings and one other monograph released purely in Russia, this publication investigates the habit of melting line and the houses of the coexisting crystal and liquid section of straightforward components throughout a variety of pressures, together with metastable states of the coexisting levels. The authors derive new family for the thermodynamic similarity for liquid-vapour part transition, in addition to describing solid-liquid, liquid-vapor and liquid-liquid part transitions for binary structures utilizing the radical technique of thermodynamic similarity.
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Additional info for Crystal-Liquid-Gas Phase Transitions and Thermodynamic Similarity
1). For a ﬂuid described appropriately by such an equation of state, the expressions for the molar internal energy, u, and the molar entropy, s, have the following form  u = cv T − a , v s = cv ln T + R ln(v − b) . 28) The heat capacity at constant volume, cv , of the van der Waals ﬂuid does not depend on volume. Employing this result and Eqs. 28), one can obtain a relationship for the chemical potential, µ, which can be expressed generally as µ = u − T s + pv . 29) Then, taking into account the condition of phase equilibrium for liquid and vapor Eq.
A detailed consideration of the critical behavior of systems in the presence of exciting ﬁelds is given in Ref. . One can suppose with sufﬁcient foundation that the spatial inhomogeneity of the system near the critical point is not only an accompanying effect of the inﬂuence of external ﬁelds but an essential feature having a signiﬁcant impact on the results and determining the return to classical critical indices in the immediate vicinity of the critical point. Taking into account this effect, it is possible to understand the mechanism of the second crossover assuming that a highly correlated ﬂuctuational state of the substance (corresponding to a nonclassical Ising-type behavior) is incompatible with the existence of externally induced strong density gradients.
3)) for the substances shown in Fig. 4 are given: temperature T0 , pressure p∗ , exponent c, mean square errors of the determination of these parameters, σ (p∗ ) and σ (c), and also the values of the initial slope of the melting curves, (dp/dTSL )T0 , calculated by using the Simon approximation. In the last few decades, the possibility was realized to make experimental investigations on crystal–melt phase transitions at pressures above 104 MPa and at temperatures exceeding 1000 K. The application of the above discussed traditional methods of melting temperature measurement using thermocouples is impossible under such conditions since the material of the thermocouple would also melt.