SEMI-EMPIRICAL EQUATIONS OF DEPENDENCE OF KINETIC AND
THERMODYNAMIC PARAMETERS OF ELEMENTARY LIQUIDS
FROM CHARACTERISTICS OF ELEMENTS

A.V.Gorshkov
State Unitary Enterprise «RD&P Center "Orion"», Moscow, Russia

          The equations of dependence of coefficient of self-diffusion, dynamic thickness and melting antropy and antalpy of elementary liquids on the characteristics of the elements are presented in this work. The equations contain only tabular values of atomic mass, atomic radius, parameters of crystal grate, density, melting temperature and allow to calculate the mentioned parameters with the exactness on the level of experimental mistake of their determination. The hypothetic model of liquids' construction is proposed. It is shown that characteristics of liquids are influences mainly by the atomic mass, the parameters of grate of the initial crystals and the melting temperature of the elements.

Contens of the "Applied Physics" journal, 1999, N 6