Another approach to the interpretation of various macrophenomena simulated in terms of the properties of the model bodies involved in them and their elementary interactions. I. Gaseous media

In this study attention has been focused on the physical nature of molecular interactions regarded as the function of various properties of the involved molecules and giving rise both to individual pressure impulses () and to variations of their frequency at a constant gas concentration and temperature. The corresponding elementary thermal interactions () have also been taken into account. The quantities and are considered to be of the same physical nature but of different magnitudes. The empirical Van der Waals equation of state for the real gases has been reinterpreted in terms of the elementary interactions. The theoretical predictions following from the developed approach have been compared with and satisfactorily confirmed by the corresponding experimental data available in the relevant literature.