We propose multilayer phase diagrams based on recent observations of methane adsorbed on graphite and gold (111). Methane wets graphite at all temperatures observed, but it fully wets gold only above the bulk triple point. Possible reasons for this difference in behavior are discussed. The methane-graphite phase diagram also includes layer by layer condensation with critical points leading to a predicted bulk roughening temperature, and an extension of the bulk melting curve into the multilayer film region where it closes at a triple point with a compressed incommensurate first layer solid phase. Experimental evidence for these features is presented and discussed
Simulation of gas adsorption on graphite is commonly carried out using a model that assumes that gra...
Computer simulations were performed to study the characteristic transition temperatures of the adsor...
Experimental data for the adsorption of argon, nitrogen, and methane on a planar graphite surface un...
Methane adsorbed on graphite has been one of the most intensely studied of all multilayer film syste...
We present high-resolution heat-capacity data for methane adsorbed on graphite for nominal coverages...
High resolution heat capacity measurements of multilayer methane adsorbed on graphite are presented ...
The equilibrium phase diagrams of monolayers of many substances adsorbed on graphite have long been ...
Thermodynamic measurements of the properties of methane adsorbed on graphite have been made in the r...
We report the results of high-resolution heat capacity measurements of multilayer methane adsorbed o...
We present both an improved model and new experimental data concerning the problem of melting in mul...
We report a new thermodynamic analysis of melting in thick adsorbed films and experimental results ...
We have used molecular simulation with two intermolecular potential models, TraPPE-UA and TraPPE-EH,...
Understanding methane adsorption is fundamental to understanding gas storage and gas separation tech...
The wetting behaviour of methane on graphite has been studied by means of low energy electron diffra...
Experimental data for the adsorption of argon, nitrogen, and methane on a planar graphite surface un...
Simulation of gas adsorption on graphite is commonly carried out using a model that assumes that gra...
Computer simulations were performed to study the characteristic transition temperatures of the adsor...
Experimental data for the adsorption of argon, nitrogen, and methane on a planar graphite surface un...
Methane adsorbed on graphite has been one of the most intensely studied of all multilayer film syste...
We present high-resolution heat-capacity data for methane adsorbed on graphite for nominal coverages...
High resolution heat capacity measurements of multilayer methane adsorbed on graphite are presented ...
The equilibrium phase diagrams of monolayers of many substances adsorbed on graphite have long been ...
Thermodynamic measurements of the properties of methane adsorbed on graphite have been made in the r...
We report the results of high-resolution heat capacity measurements of multilayer methane adsorbed o...
We present both an improved model and new experimental data concerning the problem of melting in mul...
We report a new thermodynamic analysis of melting in thick adsorbed films and experimental results ...
We have used molecular simulation with two intermolecular potential models, TraPPE-UA and TraPPE-EH,...
Understanding methane adsorption is fundamental to understanding gas storage and gas separation tech...
The wetting behaviour of methane on graphite has been studied by means of low energy electron diffra...
Experimental data for the adsorption of argon, nitrogen, and methane on a planar graphite surface un...
Simulation of gas adsorption on graphite is commonly carried out using a model that assumes that gra...
Computer simulations were performed to study the characteristic transition temperatures of the adsor...
Experimental data for the adsorption of argon, nitrogen, and methane on a planar graphite surface un...