We studied the coverage dependence of the differential heat of adsorption in the presence of an order–disorder phase … theoretical approaches. The differential heat of adsorption appears as a sensitive quantity to the phase transition, allowing a …

transitions occur. Alternative scenarios involving the pore blocking and matrix reaction to the fluid adsorption are briefly …

The adsorption–desorption process occurring on heterogeneous surfaces is studied by considering a special case where a …-mer. Then, the adsorption of repulsively interacting particles adsorbed on the fractal surface is studied by using Monte Carlo … simulations. Different thermodynamic quantities (adsorption isotherms, coverage susceptibility, etc.) are calculated and explained …

, when processes like adsorption, desorption and diffusion are included. The hierarchy of equation is truncated by using mean …-field (m,n) closures. Equilibrium properties are analyzed. In particular, adsorption isotherms as a function of the nearest …

We report on a Monte Carlo study of the differential heat of adsorption on, square, triangular and honeycomb two … and analytical results. A finite-size scaling analysis for the differential heat of adsorption allows a very accurate …

parameters by adsorption process. The design parameters studied to remove (Zn+2) ions using zeolite prepared locally from (IRH … absorbance material bed height. A mathematical model is proposed for an adsorption packed bed column with porous adsorbent. The …

Tracer dispersion measurements in double porosity porous media with a nonlinear adsorption isotherm are reported … medium. This tagging technique allows us to work in a linear adsorption regime where classical dispersion results are used … dispersion coefficient. Finally, we show how the total solute concentration, due to the nonlinear adsorption isotherm, weights …

geometric blocking effect. The adsorption of dodecylamine on carbon steel surface follows Arrhenius equation. The adsorption …