By means of the Monte Carlo simulation,cluster-size distributions are examined for percolation processes on a simple cubic lattice. Zipf\u27s law,which has been originally found in statistical linguistics,exists in the relation between cluster sizes and their ranks on finite lattices. The law is predicted to appear at the threshold p on the infinite lattice
yesThe cluster expansion of the Bernoulli random field percolation probability of the cubic lattice ...
I present a series of statistical results on the distribution of the size (i.e. the number of atoms)...
[[abstract]]We provide a Monte Carlo analysis of the moments of the cluster size distributions built...
By means of the Monte Carlo simulation,cluster-size distributions are examined for percolation proce...
Abstract. Cluster statistics in two- and three-dimensional site percolation problems are derived her...
The fragmentation properties of percolation clusters yield information about their structure. Monte ...
Percolation theory is a useful tool when modeling the random interconnectivity of the microscopic el...
Shifting of percolation threshold of an elongated lattice towards higher values is shown by the stat...
Monte Carlo simulations for the site percolation problem are presented for lattices up to 64 x 10 6 ...
Monte Carlo simulations and a scaling hypothesis are used to study the distribution of blob masses o...
Series expansions for general moments of the bond-percolation cluster-size distribution on hypercubi...
3d lattice Monte-Carlo simulations were done to obtain the mass distribution (N(m)) and pair correla...
A 1 = L-expansion for percolation problems is proposed, where L is the lattice finite length. The sq...
A new Monte Carlo method for studying bond percolation clusters is developed and used to identify ne...
A 1/L-expansion for percolation problems is proposed, where L is the lattice finite length. The squa...
yesThe cluster expansion of the Bernoulli random field percolation probability of the cubic lattice ...
I present a series of statistical results on the distribution of the size (i.e. the number of atoms)...
[[abstract]]We provide a Monte Carlo analysis of the moments of the cluster size distributions built...
By means of the Monte Carlo simulation,cluster-size distributions are examined for percolation proce...
Abstract. Cluster statistics in two- and three-dimensional site percolation problems are derived her...
The fragmentation properties of percolation clusters yield information about their structure. Monte ...
Percolation theory is a useful tool when modeling the random interconnectivity of the microscopic el...
Shifting of percolation threshold of an elongated lattice towards higher values is shown by the stat...
Monte Carlo simulations for the site percolation problem are presented for lattices up to 64 x 10 6 ...
Monte Carlo simulations and a scaling hypothesis are used to study the distribution of blob masses o...
Series expansions for general moments of the bond-percolation cluster-size distribution on hypercubi...
3d lattice Monte-Carlo simulations were done to obtain the mass distribution (N(m)) and pair correla...
A 1 = L-expansion for percolation problems is proposed, where L is the lattice finite length. The sq...
A new Monte Carlo method for studying bond percolation clusters is developed and used to identify ne...
A 1/L-expansion for percolation problems is proposed, where L is the lattice finite length. The squa...
yesThe cluster expansion of the Bernoulli random field percolation probability of the cubic lattice ...
I present a series of statistical results on the distribution of the size (i.e. the number of atoms)...
[[abstract]]We provide a Monte Carlo analysis of the moments of the cluster size distributions built...