"A molecular-based approach for modelling mixtures adsorbed onto solid surfaces using the Statistical Associating Fluid Theory for Potentials of Variable Range (SAFT-VR) for three- and two-dimensional systems is presented in this work. The theory is used to describe the adsorption of binary mixtures of carbon dioxide, methane and nitrogen onto dry activated carbon, describing the overall adsorption phase diagram reported for these systems even at high pressures.
Although crucial for designing separation processes little is known experimentally about multi-compo...
A model based on kinetic principles is developed for the adsorption of mixtures of gases in any numb...
We describe procedures based on the polydisperse independent ideal slit-pore model, Monte Carlo simu...
"In the thermodynamic framework of coupled statistical associating fluid theory variable range (SAFT...
"A simple molecular thermodynamic approach is applied to the study of the adsorption of gases of cha...
We present an extension of the SAFT-VR Mie approach to model adsorption of molecular fluids based on...
We use a fast density functional theory (a 'slab-DFT') and the polydisperse independent ideal slit-p...
We use a fast density functional theory (a 'slab-DFT') and the polydisperse independent ideal slit-p...
A molecular thermodynamics approach has been developed in order to describe the adsorption of fluids...
La compréhension des phénomènes d’adsorption de gaz en présence d’eau dans des milieux confinés est ...
An empirical extension of the Statistical Associating Fluid Theory (SAFT-VR-Mie) is presented to tak...
Accurate prediction of the adsorption properties of fluid mixtures in equilibrium with surfaces and/...
Adsorption of binary mixtures onto activated carbon Norit R1 for the system nitrogen-methane-carbon ...
We review recent progress made concerning the modelling of equilibrium gas mixture adsorption in act...
Although crucial for designing separation processes little is known experimentally about multi-compo...
Although crucial for designing separation processes little is known experimentally about multi-compo...
A model based on kinetic principles is developed for the adsorption of mixtures of gases in any numb...
We describe procedures based on the polydisperse independent ideal slit-pore model, Monte Carlo simu...
"In the thermodynamic framework of coupled statistical associating fluid theory variable range (SAFT...
"A simple molecular thermodynamic approach is applied to the study of the adsorption of gases of cha...
We present an extension of the SAFT-VR Mie approach to model adsorption of molecular fluids based on...
We use a fast density functional theory (a 'slab-DFT') and the polydisperse independent ideal slit-p...
We use a fast density functional theory (a 'slab-DFT') and the polydisperse independent ideal slit-p...
A molecular thermodynamics approach has been developed in order to describe the adsorption of fluids...
La compréhension des phénomènes d’adsorption de gaz en présence d’eau dans des milieux confinés est ...
An empirical extension of the Statistical Associating Fluid Theory (SAFT-VR-Mie) is presented to tak...
Accurate prediction of the adsorption properties of fluid mixtures in equilibrium with surfaces and/...
Adsorption of binary mixtures onto activated carbon Norit R1 for the system nitrogen-methane-carbon ...
We review recent progress made concerning the modelling of equilibrium gas mixture adsorption in act...
Although crucial for designing separation processes little is known experimentally about multi-compo...
Although crucial for designing separation processes little is known experimentally about multi-compo...
A model based on kinetic principles is developed for the adsorption of mixtures of gases in any numb...
We describe procedures based on the polydisperse independent ideal slit-pore model, Monte Carlo simu...