On the statistical theory of transfer and relaxation phenomena in symmetric liquids at dynamic processes

The research of phenomenon of transfer of mass and impulse in asymmetric liquids at dynamical processes was carried out. The general analytical expression were found for dynamic coefficients diffusion, thermodiffusion, convection, shear and bulk viscosities asymmetric liquids correctly taking into account the features of molecular structure of liquid, the origin of existing relaxational processes in liquids and its characteristics of external perturbations. With the help of using of these expressions the character of transmitting of mass and impulse was analyzed low and high-frequency perturbations