The latest addition to this lauded series, this reference collects pioneering research on the
chemistry and physics of carbon surfaces and the structural properties of carbons. Written by …

We have used GCMC simulation to study the adsorption of nitrogen into slit-shaped
micropores at 303 K. Nitrogen was modeled as a one-center or as a two-center molecule …

This article gives a survey of phase transitions in adsorbed films on well defined surfaces of
square and rectangular symmetry of the lattice. The discussion concentrates on the effects of …

The systematic investigation of superstructures of diatomic molecules on relatively smooth
substrates and the transitions between the phases started about two decades ago with …

We have used the grand canonical Monte Carlo method to study the adsorption and
selectivity of mixtures of carbon dioxide with methane and nitrogen at high (ie, ambient) …

Molecular transport of fluids through membranes at the nanometer scale is important in
many industrial processes including membrane filtration and separation. Carbon nanotubes …

This paper aims to show the consistency between simulations of fluid phase properties,
obtained with various ensembles, developed within the framework of kinetic Monte Carlo …

Activated carbons are amorphous microporous graphitic materials formed (or activated) from
a variety of organic precursers using high-temperature steam or acids. The possibility of …

Mixtures of ethane and methane in a slit micropore were simulated using the Grand
Canonical Monte Carlo technique. Ethane was modelled as two Lennard-Jones sites while …

We have carried out an extensive computer simulation of argon adsorption on graphite at
temperatures in the range 40 K–100 K, using a new molecular model for graphite, and …