Isochoric Specific Heat in the Dual Model of Liquids

We continue in this paper to illustrate the implications of dual model liquids (DML) by deriving expression for isochoric specific heat as a function collective degree freedom available at given temperature and analyzing its dependence on temperature. Two main tasks have been accomplished. First, we show that obtained DML is line with experimental results. Second, has compared analogous one another theoretical liquid state, phonon theory thermodynamics. This comparison allows providing interesting insights about number degrees value isobaric thermal expansion coefficient, two quantities are related each other framework.