We present vapor pressure and high-resolution heat-capacity measurements of multilayer krypton films adsorbed on graphite. We have found a complex phase diagram including reentrant layering transitions for coverages higher than three layers. The third layering transition does not end in a condensation critical point as was previously expected. The second-layer melting transition is preceded by what may be a commensurate-incommensurate transition between the first and second layers
New surface and layering phase diagrams are proposed based on generalized sine-Gordon models with an...
La théorie de Tsien et Halsey sur les transitions de phase dans les monocouches de gaz rares est app...
We present both an improved model and new experimental data concerning the problem of melting in mul...
Argon and krypton films adsorbed on graphite foam have been studied in detail using vapor pressure a...
The equilibrium phase diagrams of monolayers of many substances adsorbed on graphite have long been ...
We have made high resolution heat capacity and vapor pressure measurements in argon and krypton mult...
We present heat-capacity data detailing the evolution of the first six layers of argon adsorbed on g...
We present the results of an extensive calorimetric study of krypton coadsorbed on graphite precoate...
The experimental studies devoted to the coadsorption of gases on graphite are mostly related to two ...
We present high-resolution heat-capacity data for methane adsorbed on graphite for nominal coverages...
Adsorption isotherms and isosteric heats of krypton on a highly graphitized carbon black, Carbopack ...
Desorption of adsorbed Krypton isotopes is studied via Molecular Dynamics as a function of temperatu...
Krypton physisorption on (0001) graphite pre-plated with cyclohexane (C 6H12) also physisorbed has b...
Simulation of gas adsorption on graphite is commonly carried out using a model that assumes that gra...
The adsorption and desorption of Kr on graphite at temperatures in the range 60-88. K, was systemati...
New surface and layering phase diagrams are proposed based on generalized sine-Gordon models with an...
La théorie de Tsien et Halsey sur les transitions de phase dans les monocouches de gaz rares est app...
We present both an improved model and new experimental data concerning the problem of melting in mul...
Argon and krypton films adsorbed on graphite foam have been studied in detail using vapor pressure a...
The equilibrium phase diagrams of monolayers of many substances adsorbed on graphite have long been ...
We have made high resolution heat capacity and vapor pressure measurements in argon and krypton mult...
We present heat-capacity data detailing the evolution of the first six layers of argon adsorbed on g...
We present the results of an extensive calorimetric study of krypton coadsorbed on graphite precoate...
The experimental studies devoted to the coadsorption of gases on graphite are mostly related to two ...
We present high-resolution heat-capacity data for methane adsorbed on graphite for nominal coverages...
Adsorption isotherms and isosteric heats of krypton on a highly graphitized carbon black, Carbopack ...
Desorption of adsorbed Krypton isotopes is studied via Molecular Dynamics as a function of temperatu...
Krypton physisorption on (0001) graphite pre-plated with cyclohexane (C 6H12) also physisorbed has b...
Simulation of gas adsorption on graphite is commonly carried out using a model that assumes that gra...
The adsorption and desorption of Kr on graphite at temperatures in the range 60-88. K, was systemati...
New surface and layering phase diagrams are proposed based on generalized sine-Gordon models with an...
La théorie de Tsien et Halsey sur les transitions de phase dans les monocouches de gaz rares est app...
We present both an improved model and new experimental data concerning the problem of melting in mul...