Journal ArticleThe electrical transport properties of many smart composites and other technologically important materials are dominated by the connectedness, or percolation properties of a particular component. Predicting the critical behavior of such media near their percolation threshold, where one typically obtains the most interesting and useful material properties, is a formidable challenge, and not well understood from a modeling perspective
The results presented in this paper reveal the first evidence that two types of percolation threshol...
In bootstrap percolation (BP) on lattices sites are initially occupied at random. Those occupied sit...
The equation εeff ∝ (ϕc - ϕ)-s which shows the relationship between effective dielectric constant (ε...
Journal ArticleA broad range of problems in the physics of materials involve highly disordered media...
Journal ArticleIt has been observed that the critical exponents of transport in the continuum, such ...
The effective transport properties and percolation of continuum composites have commonly been studie...
Journal ArticleA random two-dimensional checkerboard of squares of conductivities 1 and 8 in proport...
A scaling analysis introduced by Halperin, Feng and Sen to estimate critical exponents for the elect...
Many disordered systems can be modelled by percolation. Applications of this standard model range fr...
International audiencePercolation properties and d.c. conductivity were determined for an L(2) x h-r...
Journal ArticleThe critical behavior of the effective conductivity o* of the random resistor network...
AbstractComposite equivalent electrical properties are computed based on simplified micromechanics e...
The conductivity of ternary composites (carbon fibers, carbon spheres and polymer) is presented. A t...
There is a renewed surge in percolation-induced transport properties of diverse nano-particle compos...
Journal ArticleThe bulk conductivity o*(p) of the bond lattice in Zd is considered, where the conduc...
The results presented in this paper reveal the first evidence that two types of percolation threshol...
In bootstrap percolation (BP) on lattices sites are initially occupied at random. Those occupied sit...
The equation εeff ∝ (ϕc - ϕ)-s which shows the relationship between effective dielectric constant (ε...
Journal ArticleA broad range of problems in the physics of materials involve highly disordered media...
Journal ArticleIt has been observed that the critical exponents of transport in the continuum, such ...
The effective transport properties and percolation of continuum composites have commonly been studie...
Journal ArticleA random two-dimensional checkerboard of squares of conductivities 1 and 8 in proport...
A scaling analysis introduced by Halperin, Feng and Sen to estimate critical exponents for the elect...
Many disordered systems can be modelled by percolation. Applications of this standard model range fr...
International audiencePercolation properties and d.c. conductivity were determined for an L(2) x h-r...
Journal ArticleThe critical behavior of the effective conductivity o* of the random resistor network...
AbstractComposite equivalent electrical properties are computed based on simplified micromechanics e...
The conductivity of ternary composites (carbon fibers, carbon spheres and polymer) is presented. A t...
There is a renewed surge in percolation-induced transport properties of diverse nano-particle compos...
Journal ArticleThe bulk conductivity o*(p) of the bond lattice in Zd is considered, where the conduc...
The results presented in this paper reveal the first evidence that two types of percolation threshol...
In bootstrap percolation (BP) on lattices sites are initially occupied at random. Those occupied sit...
The equation εeff ∝ (ϕc - ϕ)-s which shows the relationship between effective dielectric constant (ε...