We review and generalize a recent theoretical framework that provides a sound
physicochemical basis to describe how volume and surface diffusion are affected by …

To know how particles move in small cavities, micro-channels and in general in crowded
media currently constitutes a challenge for the understanding of basic mechanisms …

We present a study exploring the range of applicability of a generalized Fick–Jacobs
equation in the case when diffusive mass transport of a fluid along a pore includes chemical …

We present a molecular dynamics and theoretical study on the diffusion of interacting
particles embedded on the surface of a sphere. By proposing five different interaction …

We study a reaction-diffusion system within a long channel in the regime in which the
projected Fick-Jacobs-Zwanzig operator for confined diffusion can be used. We found that …

The apparent tortuosity due to adsorption of diffusing tracers in a porous material is
determined by a scaling approach and is used to analyze recent data on LiCl and alkane …

We investigate the relationship between the Freundlich adsorption exponent and the fractal
dimension of the adsorption sites for quasi-monolayer adsorption, and of the adsorbed …

Monday, February 20, 2023 223a geometry and chemistry and also the nature of the ionic
solution flowing through it. Accordingly, the concentration at which a given property will …

Dilatational moduli are typically determined by subjecting interfaces to oscillatory area
deformations, and are often defined in terms of the difference between the dynamic or …

The dynamics of point-like Brownian particles in a periodic confined channel with oscillating
boundaries has been studied. Directional transport (DT) behavior, characterized by net …