Abstract
We give a comprehensive description for the irreversible growth of aggregates by migration from small to large aggregates. For a homogeneous rate at which monomers migrate from aggregates of size to those of size , that is, , the mean aggregate size grows with time as for . The aggregate size distribution exhibits distinct regimes of behavior that are controlled by the scaling properties of the migration rate from the smallest to the largest aggregates. Our theory applies to diverse phenomena such as the distribution of city populations, late stage coarsening of nonsymmetric binary systems, and models for wealth exchange.
- Received 18 August 2001
DOI:https://doi.org/10.1103/PhysRevLett.88.068301
©2002 American Physical Society