Analytic representation of the thermodynamic functions of the condensed states of substances

A unique class of analytic approximation equations is used for processing e xperimental heat capacity data and representing the complete set of the the rmodynamic functions of pure substances. This class corresponds to the phen omenological variant of parastatistics of a system of nodes of interaction, which models the condensed states of substances at the thermodynamic level . Examples of a consistent description of thermo-dynamic functions for the solid and liquid states of aggregation and characteristics of phase transit ions were borrowed from the TEMP data bank of thermodynamic characteristics of inorganic substances and organic monomers, polymers, and polymerization processes.