Influence of Dynamic Impact on the Kinetics of the Impregnation Process in the Synthesis of a Polymeric Composite Material
The results of numerical simulation of the impregnation process kinetics of a reinforcing capillary-porous structure with a viscous binder are presented, making it possible to predict the given structural parameters of the synthesized composite polymer material. The graphical dependences of the impregnation kinetics of the binder in the capillary-porous structure at various frequency values of the dynamic mode of the process generating in the form of ultrasonic vibrations for various colloidal compositions of the binder, the dynamic porosity of the reinforcing component, with the values of the pressure drop at a unit length of diffusion as applied to the methods of obtaining a polymer composite material have been obtained.