Abstract
The mechanisms of the adsorption and condensation of benzene in a mesoporous silica gel at 310 K have been investigated by SANS. Measurements have been made in situ during an adsorption/desorption isotherm cycle with a specially constructed cell using contrast matching conditions for the condensed fluid. The results are in accordance with a process of multilayer formation and subsequent capillary condensation, which develops around the zones of particle contact in the gel structure.
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