Abstract
We present an analysis of the -particle distribution functions of a material constructed via random depletion of an arbitrary quenched state (of an equilibrium or nonequilibrium system). We show that the structure, as measured by the distribution functions , is unchanged by the depletion process. Low-density configurations can thus be created with nontrivial spatial correlations inherited from a higher-density fluid. We show that this leads to an enhanced void volume and discuss implications to an irreversible adsorption process.
- Received 7 April 1997
DOI:https://doi.org/10.1103/PhysRevE.56.R1299
©1997 American Physical Society