Sorption experiments are often conducted in gravimetric sorption columns where several deviations from ideal conditions could potentially occur. For example, heat effects due to solvent sorption, errors introduced due to concentration dependent diffusion coefficients and swelling are unavoidable. In this study, we develop a model to study the importance of the combination of these effects in obtaining diffusion coefficients from sorption experiments. The model is used to explore a wide range of operating conditions and physical parameters
A new fitting model for sorption by glassy polymers is suggested based on the Flory–Huggins (FH) equ...
Swelling behavior of a commercial linear polystyrene, containing a small amount (<5% wt) of mineral...
The movement of molecules and homopolymer chains dissolved in a nonelectrolyte solvent in response t...
Unsteady-state sorption of a vapor or liquid by a polymer is modeled to include the influence of the...
The sorption isotherm, the glass transition, and the mutual diffusion coefficient of polyacrylamide/...
Swelling or drying of glassy polymer films exhibit complex kinetics. For such films local thermodyna...
867-869Solvent diffusion through polyurethane membrane has been studied by measuring polymer dimensi...
peer-reviewedThis study examines a one-dimensional Stefan problem describing the sorption of a finit...
A numerical simulation model has been developed which enables one to examine the effects of surface ...
Experiments on swelling and solute transport in polymeric systems clearly indicate that the classica...
The rate of diffusion of small molecules within polymer matrices is important in an enormous scope o...
The goal of this thesis held at the Laboratoire d'Ingénierie des Matériaux (LIM) was to study swelli...
Thermoset materials frequently display non-classical moisture sorption behaviors. In this paper, we ...
Sorption of vapors in polymer membranes in the vicinity of and below the glass transition temperatur...
Reliability issues associated with moisture have become increasingly important as advanced electroni...
A new fitting model for sorption by glassy polymers is suggested based on the Flory–Huggins (FH) equ...
Swelling behavior of a commercial linear polystyrene, containing a small amount (<5% wt) of mineral...
The movement of molecules and homopolymer chains dissolved in a nonelectrolyte solvent in response t...
Unsteady-state sorption of a vapor or liquid by a polymer is modeled to include the influence of the...
The sorption isotherm, the glass transition, and the mutual diffusion coefficient of polyacrylamide/...
Swelling or drying of glassy polymer films exhibit complex kinetics. For such films local thermodyna...
867-869Solvent diffusion through polyurethane membrane has been studied by measuring polymer dimensi...
peer-reviewedThis study examines a one-dimensional Stefan problem describing the sorption of a finit...
A numerical simulation model has been developed which enables one to examine the effects of surface ...
Experiments on swelling and solute transport in polymeric systems clearly indicate that the classica...
The rate of diffusion of small molecules within polymer matrices is important in an enormous scope o...
The goal of this thesis held at the Laboratoire d'Ingénierie des Matériaux (LIM) was to study swelli...
Thermoset materials frequently display non-classical moisture sorption behaviors. In this paper, we ...
Sorption of vapors in polymer membranes in the vicinity of and below the glass transition temperatur...
Reliability issues associated with moisture have become increasingly important as advanced electroni...
A new fitting model for sorption by glassy polymers is suggested based on the Flory–Huggins (FH) equ...
Swelling behavior of a commercial linear polystyrene, containing a small amount (<5% wt) of mineral...
The movement of molecules and homopolymer chains dissolved in a nonelectrolyte solvent in response t...