Using the Tools and Techniques of DIIE Method for Control of the Kinetics of Nano-Level Processes
Review of the theoretical foundations and applied methods for heat and mass transfer of discrete-impulse input of energy in a dispersion medium is presented. The technology which is based on the principle of discrete-impulse input of energy is considered: mixing, homogenization, extraction, decontamination, emulsification, grinding, concentrating and pelletizing. The examples of high-performance and energy-efficient industrial machines using this principle are given. The prospects for the development and practical using the principles of discrete-impulse input of energy in creating modern nano technology and nanomaterials are considered