Computer simulation of percolation processes in homogeneous structures

Аuthors

Nazarov A. V.

e-mail: rat-rut@yandex.ru

Abstract

The paper presents the results of computer simulation of percolation processes in homogeneous structures. During the simulation the percolation threshold is automatically determined by Hoshena and Kopelman method of marking multiple clusters. With the help of the algorithm experimentally determined: percolation threshold for a square lattice, dependence of time simulation on field sizes for the different steps of the cells increases the likelihood of the simulated structure, dependence of the percolation threshold on the size of the field and dependence of the simulation time on step increase in concentration.

Keywords:

percolation, labeling clusters, flow environment, the percolation threshold, homogeneous structure, connecting the cluster, indexing clusters, discrete operating field

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