Add to ORKGJournal ArticleA broad range of problems in the physics of materials involve highly disordered media whose effective behavior depends critically on the connectedness, or percolation properties of a particular component. Examples include smart materials such as piezoresistors and thermistors, smart insulators, radar absorbing composites, cermets, porous media, doped semiconductors, thin metal films, and sea ice
Composites offer a way to design electromagnetic properties simultaneously with other material prope...
The increased utilization of composite materials in recent years and concomitant struggles in optimi...
The electrical conductivity of a composite model system formed by highly structured carbon black (CB...
Journal ArticleThe electrical transport properties of many smart composites and other technologicall...
This book reflects on recent advances in the understanding of percolation systems to present a wide ...
Journal ArticleIt has been observed that the critical exponents of transport in the continuum, such ...
Effective medium theories (EMT) are powerful tools to calculate sample averaged thermoelectric mater...
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...
We develop reduced-order, phenomenological models for effective conductivity, and for mass transport...
Journal ArticleThe bulk conductivity o*(p) of the bond lattice in Zd is considered, where the conduc...
We investigate the effective properties (conductivity, diffusivity and elastic moduli) of model rand...
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...
Recent theoretical developments in the theory of inhomogeneous media have enabled Physicists to expl...
Composites offer a way to design electromagnetic properties simultaneously with other material prope...
The increased utilization of composite materials in recent years and concomitant struggles in optimi...
The electrical conductivity of a composite model system formed by highly structured carbon black (CB...
Journal ArticleThe electrical transport properties of many smart composites and other technologicall...
This book reflects on recent advances in the understanding of percolation systems to present a wide ...
Journal ArticleIt has been observed that the critical exponents of transport in the continuum, such ...
Effective medium theories (EMT) are powerful tools to calculate sample averaged thermoelectric mater...
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...
We develop reduced-order, phenomenological models for effective conductivity, and for mass transport...
Journal ArticleThe bulk conductivity o*(p) of the bond lattice in Zd is considered, where the conduc...
We investigate the effective properties (conductivity, diffusivity and elastic moduli) of model rand...
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...
Recent theoretical developments in the theory of inhomogeneous media have enabled Physicists to expl...
Composites offer a way to design electromagnetic properties simultaneously with other material prope...
The increased utilization of composite materials in recent years and concomitant struggles in optimi...
The electrical conductivity of a composite model system formed by highly structured carbon black (CB...