On possible inversion effects in the technology of capillary-porous materials

Abstract

The article discusses the possible place and role of the well-known thermodynamic Joule–Thomson effect inthe technology of capillary-porous materials. The presence of the Joule–Thomson effect in these materials is substantiatedby the peculiarities of the mechanism and kinetics of the diffusion physicochemical processes proceeding when they areheated. A mathematical description of the integral effects in capillary-porous materials under isothermal conditions isgiven.