Add to ORKGA phenomenological formulation is adopted to investigate desorption in polymers. The speed of the front is studied and the well-posedeness of the general model is analyzed. Numerical simulations illustrating the dynamics of the desorption process described by the proposed model are includedCenter for Mathematics of University of Coimbr
none1noBased on NonEquilibrium Thermodynamics (NET-GP) approach, a model is here presented and discu...
Abstract. A family of 1-D moving boundary models describing the diu-sion of a nite amount of a penet...
Abstract. In order to describe diffusion of a penetrant in a polymer entanglement network, one must ...
We propose a phenomenological model for the process of polymer desorption. In so doing, we omit the ...
Abstract: A phenomenological formulation is adopted to investigate desorption in polymers. The speed...
Abstract. Desorption of saturated polymers can be inhibited if a nearly dry (glassy) skin with a low...
Abstract. Many practically relevant polymers undergoing desorption change from the rubbery (saturate...
The desorption of polymers is studied theoretically and with Monte Carlo simulations. Two regimes ca...
A model of the desorption and adsorption of a polymer layer at a planar surface indicates a transiti...
We examine a model for non-Fickian "sorption overshoot" behavior in diffusive polymer-penetrant syst...
We show, and support with experiments, two limiting regimes of polymer adsorption-desorption. When t...
A model for sharp fronts in glassy polymers is derived and analyzed. The major effect of a diffusing...
The dynamic properties of unentangled adsorbed polymer layers are considered theoretically. The kine...
Abstract. We propose an alternative model of diffusion in polymers, which may explain formation of p...
We analyze the dynamics of desorption of a polymer molecule which is pulled at one of its ends with ...
none1noBased on NonEquilibrium Thermodynamics (NET-GP) approach, a model is here presented and discu...
Abstract. A family of 1-D moving boundary models describing the diu-sion of a nite amount of a penet...
Abstract. In order to describe diffusion of a penetrant in a polymer entanglement network, one must ...
We propose a phenomenological model for the process of polymer desorption. In so doing, we omit the ...
Abstract: A phenomenological formulation is adopted to investigate desorption in polymers. The speed...
Abstract. Desorption of saturated polymers can be inhibited if a nearly dry (glassy) skin with a low...
Abstract. Many practically relevant polymers undergoing desorption change from the rubbery (saturate...
The desorption of polymers is studied theoretically and with Monte Carlo simulations. Two regimes ca...
A model of the desorption and adsorption of a polymer layer at a planar surface indicates a transiti...
We examine a model for non-Fickian "sorption overshoot" behavior in diffusive polymer-penetrant syst...
We show, and support with experiments, two limiting regimes of polymer adsorption-desorption. When t...
A model for sharp fronts in glassy polymers is derived and analyzed. The major effect of a diffusing...
The dynamic properties of unentangled adsorbed polymer layers are considered theoretically. The kine...
Abstract. We propose an alternative model of diffusion in polymers, which may explain formation of p...
We analyze the dynamics of desorption of a polymer molecule which is pulled at one of its ends with ...
none1noBased on NonEquilibrium Thermodynamics (NET-GP) approach, a model is here presented and discu...
Abstract. A family of 1-D moving boundary models describing the diu-sion of a nite amount of a penet...
Abstract. In order to describe diffusion of a penetrant in a polymer entanglement network, one must ...