COALESCENCE OF ATOMIC CLUSTERS AND ITS EFFECT ON LOCALIZATION PROPERTIES.

Abstract

Inverse participation ratio is a direct measure of transport in a disordered medium. We report a calculation of participation ratio taking into account details of cluster swelling and coalescence near the classical and quantum percolation thresholds in a strongly disordered binary alloy. This confirms the novel features found in the simulation results of the participation ratio, and leads to certain vital deductions.