CAPILLARY PHEMOMENA IN POROUS RHEOLOGICALLY COMPLEX ENVIRONMENTS
Patterns of capillary phenomena in rheologically complex materials with a change in the ratio of these phases due to internal mass transfer, drying are theoretically and experimentally investigated. The analysis of phenomena performed using capillary and rheological models as well as the physical and mathematical interpretation device of their relationship. At the first stage disperse capillary-porous materials from their viscous to an elastic state are analyzed. Interpretation of the results is presented from the standpoint of justification as capillary and surface phenomena as the initiators of the process of structure formation, rheology of complex transformer structure of materials at the ratio of change in these phasesand especially the mass fraction of the dispersion medium. The data are interpreted taking into account the literature, as well as the experimental data presented therein.