Simulations of random walkers on two‐dimensional (square lattice) percolation clusters were performed for a range of occupation probabilities from critical to unity. The number of distinct sites visited, over 2×105 steps, shows the conjectured scaling, crossover and superuniversaility (ds=4/3, within 1%) behavior over a wide range of site occupation probabilities. Possible deviations from superuniversality and/or scaling are discussed.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/70167/2/JCPSA6-81-2-1015-1.pd
Monte Carlo simulations for the site percolation problem are presented for lattices up to 64 x 10 6 ...
We investigate the percolation thresholds of both random and invasion percolation in two and three d...
Computer simulations of exciton fusion on percolating clusters were performed for interaction distan...
We perform random walk simulations on binary three‐dimensional simple cubic lattices covering the en...
Random walks on square lattice percolating clusters were followed for up to 2×105 steps. The mean nu...
Luminescene from naphthalene alloys is quenched by long-range exciton hops. These are modeled by lon...
International audienceWe provide a Monte Carlo analysis of the moments of the cluster size distribut...
[[abstract]]We provide a Monte Carlo analysis of the moments of the cluster size distributions built...
Very large scale Monte Carlo computer simulations on percolation clusters are presented. Critical co...
Very large scale Monte Carlo computer simulations on percolation clusters are presented. Critical co...
AbstractThe scaling behavior of linear polymers in disordered media, modelled by self-avoiding walks...
© 2019 American Physical Society. How does removal of sites by a random walk lead to blockage of per...
The notion of spectral dimensionality of a self-similar (fractal) structure is recalled, and its val...
The notion of spectral dimensionality of a self-similar (fractal) structure is recalled, and its val...
The notion of spectral dimensionality of a self-similar (fractal) structure is recalled, and its val...
Monte Carlo simulations for the site percolation problem are presented for lattices up to 64 x 10 6 ...
We investigate the percolation thresholds of both random and invasion percolation in two and three d...
Computer simulations of exciton fusion on percolating clusters were performed for interaction distan...
We perform random walk simulations on binary three‐dimensional simple cubic lattices covering the en...
Random walks on square lattice percolating clusters were followed for up to 2×105 steps. The mean nu...
Luminescene from naphthalene alloys is quenched by long-range exciton hops. These are modeled by lon...
International audienceWe provide a Monte Carlo analysis of the moments of the cluster size distribut...
[[abstract]]We provide a Monte Carlo analysis of the moments of the cluster size distributions built...
Very large scale Monte Carlo computer simulations on percolation clusters are presented. Critical co...
Very large scale Monte Carlo computer simulations on percolation clusters are presented. Critical co...
AbstractThe scaling behavior of linear polymers in disordered media, modelled by self-avoiding walks...
© 2019 American Physical Society. How does removal of sites by a random walk lead to blockage of per...
The notion of spectral dimensionality of a self-similar (fractal) structure is recalled, and its val...
The notion of spectral dimensionality of a self-similar (fractal) structure is recalled, and its val...
The notion of spectral dimensionality of a self-similar (fractal) structure is recalled, and its val...
Monte Carlo simulations for the site percolation problem are presented for lattices up to 64 x 10 6 ...
We investigate the percolation thresholds of both random and invasion percolation in two and three d...
Computer simulations of exciton fusion on percolating clusters were performed for interaction distan...