IMPROVEMENT OF THE MATHEMATICAL DESCRIPTION OF THERMOPHYSICAL PROPERTIES OF ALTERNATIVE MOTOR FUELS BASED ON THE MODIFIED THERMODYNAMIC THEORY OF DISTURBANCE

In the study, purpose of which was to improve mathematical apparatus based on modified thermodynamic perturbation theory for describing thermophysical characteristics alternative motor fuels with a spherical configuration interacting structural elements and an arbitrary aggregate state, formal scheme consistently constructed, main model system were described, parameters interaction potentials fuel components properties obtained by calculation, calculated, results calculation analyzed illustrated in form isotherm phase equilibrium diagrams data tables. The object study is traditional, mixed liquid or gaseous state. subject fuels. scientific novelty lies fact that has been improved comprehensive description all any genesis, i.e. mixed, are both states terms reducing time error obtaining comparison reference experimental data. practical significance research marketable providing accurate information composition initial set production, storage, transportation, distribution, use different states, as well forecasting course processes atmospheric pollution products complete incomplete combustion chambers various types heat engines.