ENTROPY METHODOLOGY OF PHYSICO-CHEMICAL PROCESSES

All phenomena and processes in the nature and world proceed only in two energy directions: either along the force field gradient with minimum energy input (entropy) or against the gradient with maximum energy input (negentropy). The graphs of S-curves and their nomograms characterize the dynamics of change of entropic components depending on the process main parameters. The condition of the system stationary state is the equality or constant of the correlation between its entropy and negentropy (equilibrium dynamics). The entropic methodology functionally provides the basis for physical and chemical regularities in all main scientific fields. The adequate application of geodesic angle in structural interactions can increase the efficiency of the catalysis initial parameters. The concepts presented in the work provide theoretical and practical possibilities to use the entropic methodology in research works and technological innovations.