Influence of Pore Size Distribution on Sorption Isotherms: 3-D Simulation Experiments

VIDALES, A M; LÓPEZ, R.H.; ZGRABLICH, GIORGIO

Congreso; Fundamentals of Adsorption 6; 1998

Textural characterization of porous materials through simulation sorption algorithms on 3-D site-bond networks is performed. Correlations between pore bodies (sites) and throats (bonds) are allowed. A systematic change of the different pore size distribution parameters is carried out to show how they affect N2 sorption isotherms. On the basis of our simulated experiments, the main parameters affecting hysteresis curves can be determined.