The effect of new phase growth kinetics and pressure on the distribution of components in phase transitions

The interrelation between the kinetics of the addition of solution particles to a new phase, the change in the momentum of a component at the phase interface, and the diffusion of components in the phases is demonstrated. This interaction has a fundamental effect on the concentration distribution of components in the phases. The proposed theory explains the dependence of the effective distribution coefficient on the concentration in the zone purification of solutions.