Multicomponent adsorption equilibria are predicted from theories based on experimental data for single-gas adsorption isotherms. Theories of multicomponent adsorption differ in the details of their results but should agree in special cases such as low surface coverage and ideal solution behavior. This paper is a summary of rules, limits, and consistency requirements that apply to adsorption of single gases and their mixtures. These rules and limits provide a basis for comparing theories with each other and with experimental data
Accurate prediction of the adsorption properties of fluid mixtures in equilibrium with surfaces and/...
For unconventional reservoirs, the effect of adsorption on phase equilibrium cannot be neglected bec...
International audienceIn order to study the purification of hydrogen and its separation from gas mix...
Multicomponent adsorption equilibria are predicted from theories based on experimental data for sing...
A model based on kinetic principles is developed for the adsorption of mixtures of gases in any numb...
The effects of energy distribution function and load multicomponent isotherm on predictions of multi...
Multicomponent adsorption of gas mixtures on diverse solid surfaces is important in many application...
Equilibrium of gas phase adsorption on Vycor glass has been investigated. Adsorption isotherms for p...
Physical adsorption from binary or higher-order liquid mixtures on solids is often accompanied by ad...
In this contribution we extend the application of single component discrete adsorption isotherm data...
The present paper reviews and analyses different models that could be used to describe the adsorptio...
The capability of ideal adsorbed solution theory (IAST) to predict multicomponent competitive intera...
The reliable evaluation of multicomponent adsorption equilibria is one of the key problems in the de...
The present state of the studies on adsorption from n-component gas mixtures on heterogeneous solid ...
Abstract: A new thermodynamic model of adsorption of gas mixtures on microporous adsorbents is sugge...
Accurate prediction of the adsorption properties of fluid mixtures in equilibrium with surfaces and/...
For unconventional reservoirs, the effect of adsorption on phase equilibrium cannot be neglected bec...
International audienceIn order to study the purification of hydrogen and its separation from gas mix...
Multicomponent adsorption equilibria are predicted from theories based on experimental data for sing...
A model based on kinetic principles is developed for the adsorption of mixtures of gases in any numb...
The effects of energy distribution function and load multicomponent isotherm on predictions of multi...
Multicomponent adsorption of gas mixtures on diverse solid surfaces is important in many application...
Equilibrium of gas phase adsorption on Vycor glass has been investigated. Adsorption isotherms for p...
Physical adsorption from binary or higher-order liquid mixtures on solids is often accompanied by ad...
In this contribution we extend the application of single component discrete adsorption isotherm data...
The present paper reviews and analyses different models that could be used to describe the adsorptio...
The capability of ideal adsorbed solution theory (IAST) to predict multicomponent competitive intera...
The reliable evaluation of multicomponent adsorption equilibria is one of the key problems in the de...
The present state of the studies on adsorption from n-component gas mixtures on heterogeneous solid ...
Abstract: A new thermodynamic model of adsorption of gas mixtures on microporous adsorbents is sugge...
Accurate prediction of the adsorption properties of fluid mixtures in equilibrium with surfaces and/...
For unconventional reservoirs, the effect of adsorption on phase equilibrium cannot be neglected bec...
International audienceIn order to study the purification of hydrogen and its separation from gas mix...