A comprehensive account of the phenomena that occur when simple gases interact with
surfaces, this text takes a fundamental perspective. Physical adsorption involves atomic or …

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 …

The liquid-vapor coexistence boundary of submonolayer CH 4 adsorbed on graphite was
mapped out in an extensive ac heat-capacity study. The order-parameter exponent β that …

The experimental techniques used and the results obtained in an extensive thermodynamic
study of submonolayer and near-monolayer N 2 physisorbed on exfoliated graphite surface …

Heats of adsorption, heat capacities and isotherms have been measured for CO adsorbed
on exfoliated graphite (Grafoil) over a wide range of temperature and for surface coverages …

This paper reviews experimental work in the multilayer range on physisorption of classical
rare gases and simple molecular gases on graphite. The first part outlines ideas about …

Elastic neutron diffraction has been used to study the structure and layering of nitrogen films
adsorbed on the (002) surfaces of an exfoliated graphite substrate. The neutron-diffraction …

A model is constructed which explicitly includes the microscopic phenomena occurring in
krypton adsorbed on basal graphite from submonolayer to dense-layer regimes. Second …

The specific heat of ortho-deuterium monolayers physisorbed on graphite (Grafoil) has been
studied in detail at about 100 coverages in the total density range below monolayer …