The percolation clusters with various occupying probability are constructed.

The Percolation clusters with varying occupy probability were constructed in this paper.

Percolation theory and percolation model of brittle-ductile transition of polymers;

Characteristics of fractal and percolation of rocks subjected to uniaxial compression during their failure process;

Model of CaO absorbing CO_2 based on percolation theory;

Calculating the relative Permeability from displacement experiments based on Percolation theory.;

Based on the analysis of the bacterial chemotaxis, the percolation theory was introduced and a micro emulation method was proposed for the bacterial distribution in the porous medium.

Progress in the Study of the Percolation Threshold Reduction for Conductive Polymer Composite by Micromorphology Controlling

Electroconductive polyaniline nano-composite films with an extremely low percolation threshold;

However,the prediction of percolation threshold is indeterminate due to the complicacy of the influence factors.

The percolation threshold of the film was determined.

Referring to critical matrix-thickness mechanism proposed by Wu Sou-heng,taking montmorillonite layer as a unit and assuming the stress-affected area as spherical,a percolation model of polymer-montmorillonite exfoliative nanocomposites(PLSN) was developed.

This paper introduces percolation theory briefly, and reviews the applications of percolation model in computational materials science, especially new progress of percolation .

The 2D site percolation model is used for characterizing the permeability problem of fractured rock,in which the rock mass is divided into a network of many elements,each element assigned a definite permeable probability.