Modelling of mass transfer in facilitated supported liquid membrane transport of gold(III) using phospholene derivatives as carriers

Liquid–liquid extraction and transport across supported liquid membrane of phenol using tributyl phosphate

“…Thickness, porosity, and tortuosity of the support are fundamental parameters that act on the mass fluxes of chemical species. Table 1 collects both experimental (J exp ) and normalized phenol fluxes (J N ) obtained with Durapore ® related to the thickness d 0,A , porosity ε A and tortuosity A of Accurel ® PP support, as described in the following equation [36,37]:…”

Kinetic modeling of uranium permeation across a supported liquid membrane employing dinonyl phenyl phosphoric acid (DNPPA) as the carrier

“…Observation indicate that the diffusion coefficient, D (o) calculated in the present work is compariable with the reported values. The diffusion coefficient of the uranium complex in the bulk organic phase (D (o) , b ) can be calculated from the diffusivity in the membrane, D (o) using following equation [39]:…”

Germanium transport across supported liquid membrane with Cyanex 923: Mathematical modeling

“…(1998) [3]. Based on this model, equations in which a relationship was found between the permeability coefficient and diffusion, equilibrium parameters as well as the concentrations of reagents were described.…”