We study some geometric aspects that influence the transport properties of particles that
diffuse on curved surfaces. We compare different approaches to surface diffusion based on …

Fluids confined in nanopores exhibit several unique structural and dynamical characteristics
that affect a number of applications in industry as well as natural phenomena …

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

Purpose Currently, invasive monthly intravitreal injections through the eyeball are required
to deliver retinal drugs. Injections of oleogels into the vitreous have the potential for …

We study the effect of a fourth-order derivative term in the diffusion of Brownian particles
confined to a narrow 2D channel whose longitudinal coordinate is larger than the …

Hypothesis Topical and systemic methods are not able to deliver ophthalmic drugs for
treatment of retinal diseases. Consequently, invasive monthly intravitreal injections through …

In this article we shed light on newly emerging perspectives to characterize and understand
the interplay of diffusive mass transport and surface catalytic processes in pores of gas …

We study the transport properties of diffusing particles restricted to confined regions on
curved surfaces. We relate particle mobility to the curvature of the surface where they diffuse …

A macroscopic condition to simulate the interaction between an incompressible fluid flow
and a permeable micro-structured rigid surface (ie a thin membrane) has been developed …

In this paper, the saturation of electrolytes on the mass transfer property of porous electrodes
in non-aqueous lithium air batteries has been studied based on digital twin. Herein, we …