A general fractal structure approach to the study of the thermodynamic properties of liquids and its applications

The calculation of liquid heat capacity in its general form is one the most challenging subjects condensed matter physics due to dynamical disorder liquids, contrast solid phase, and strong interactions involved, unlike gas phase. Despite these difficulties, a phonon theory liquids has been proposed, although discussion limited Debye-type density states. In present paper, we adopt new approach: rather than focusing on Debye model, extend states fractal spaces obtain an expression for based model. We develop method calculating using concept substances. To verify proposed approach, formulas are derived temperature dependence Hg various dimensions. Our approach can be applied both quantum classical regimes reduced solids limiting cases.