Calculations of mass fluxes in multicomponent fluids based on the system of generalized
Maxwell–Stefan equations (GMSE) is preferably used because Maxwell–Stefan (M–S) …

The modeling description of basic transport phenomena of either liquid, gas or vapor
molecules in dense polymeric membranes is of tremendous impact for the separation …

The primary objective of this article is to develop an analytic procedure for calculating the
permeation fluxes of mixtures of penetrant molecules across polymeric membranes. The …

Cellulose acetate (CA) is a versatile polymer with various industrial applications, but its
recycling process is still far from diffuse adoption. In this study, the purification of CA was …

A model for the dry-casting process for polymeric membrane formation is generalized to
include a broader spectrum of boundary conditions. This model is used to conduct a …

Multicomponent diffusion of solvents in polymeric systems is not completely understood,
despite many scientific contributions to the topic. Literature scarcely offers measurement …

The cellulose acetate (CA) nanoparticles (NPs) were prepared via the nanoprecipitation
technique. The effects of solvent mixture quality and order of addition on the size evolution of …

In this work the validity of the Onsager reciprocal relations (ORR) for the multi-component
diffusion case in the presence of external forces is re-examined. It is shown that the ORR are …

In this work a comprehensive framework for modelling solvent‐polymer mutual diffusion
coefficient in the glassy state is proposed. This framework is based on irreversible …

In this work, the solvent evaporation method for the estimation of the Fickian diffusion
coefficients in binary and in multi-component solvent (s)–polymer systems is reviewed. The …