In this tutorial review, we discuss the use of classical density functional theory (DFT) to
understand adsorption/desorption hysteresis phenomena for fluids confined in mesoporous …

We have studied the filling dynamics of model capillaries using dynamic mean field theory
for a confined lattice gas and Kawasaki dynamics simulations. We have found two different …

We consider the dynamics of capillary condensation and evaporation in model pore
networks in the context of a recently developed dynamic mean field theory. We have applied …

. The theory is used to study the relaxation processes of fluids in pores driven by step
changes made to a bulk reservoir in contact with the pore. We compare the results of the …

Using Monte Carlo and molecular dynamics simulations, we examine the adsorption of
methane in cylindrical silica mesopores in an effort to understand a possible phase …

We present an application of dynamic mean field theory (DMFT) for lattice gas models of
confined fluids to the case of a fluid in a three-dimensional narrow slit between two plates …

), 084701 (2008)]. The theory can be used to describe the relaxation processes in the
approach to equilibrium or metastable states for fluids in pores and is especially useful for …

We apply dynamic mean field theory to study relaxation dynamics for lattice models of fluids
confined in linear pores with side streams and with ink bottle structures. Our results show …

Mesoporous membranes with pore sizes in the range 2-50 nm provide an energy efficient
alternative for separation of mixtures such as CO 2 from stack effluents and volatile organic …

Porous materials have application in adsorption based processes due to their high internal
surface area and tailorable pore size. They find uses in fields such as catalysis, separation …