We consider two cases of the so-called stick percolation model with sticks of length L. In the first case, the orientation is chosen independently and uniformly, while in the second all sticks are oriented along the same direction. We study their respective critical values lambda(c)(L) of the percolation phase transition, and in particular we investigate the asymptotic behavior of lambda(c)(L) as L -> infinity for both of these cases. In the first case we prove that lambda(c) (L) similar to L(-2 )for any d >= 2, while in the second we prove that lambda(c) (L) similar to L-1 for any d >= 2
Partially motivated by the desire to better understand the connectivity phase transition in fractal ...
We present simulations of a three-dimensional percolation model studied recently by K. J. Schrenk et...
For ordinary (independent) percolation on a large class of lattices it is well known that below the ...
We investigate finite size scaling in percolating widthless stick systems with variable aspect ratio...
A major breakthrough in percolation was the 1990 result by Hara and Slade proving mean-field behavio...
We consider a percolation model which consists of oriented lines placed randomly on the plane. The l...
Percolation theory is a useful tool when modeling the random interconnectivity of the microscopic el...
We study the existence of percolation in the model constructed by a superposition of a countable num...
We derive scaling laws for the percolation properties of an elongated lattice, i.e., those with dime...
Percolation has two mean-field theories, the Gaussian fixed point (GFP) and the Landau mean-field th...
We investigate the percolation thresholds of both random and invasion percolation in two and three d...
We consider a continuum percolation model in $R^d$, where $d >= 2$. It is given by a homogeneous Po...
Percolation is the paradigm for random connectivity and has been one of the most applied statistical...
A general method is given whereby m-connectedness correlation functions can be studied in the percol...
In this article, we consider an anisotropic finite-range bond percolation model on Z(2). On each hor...
Partially motivated by the desire to better understand the connectivity phase transition in fractal ...
We present simulations of a three-dimensional percolation model studied recently by K. J. Schrenk et...
For ordinary (independent) percolation on a large class of lattices it is well known that below the ...
We investigate finite size scaling in percolating widthless stick systems with variable aspect ratio...
A major breakthrough in percolation was the 1990 result by Hara and Slade proving mean-field behavio...
We consider a percolation model which consists of oriented lines placed randomly on the plane. The l...
Percolation theory is a useful tool when modeling the random interconnectivity of the microscopic el...
We study the existence of percolation in the model constructed by a superposition of a countable num...
We derive scaling laws for the percolation properties of an elongated lattice, i.e., those with dime...
Percolation has two mean-field theories, the Gaussian fixed point (GFP) and the Landau mean-field th...
We investigate the percolation thresholds of both random and invasion percolation in two and three d...
We consider a continuum percolation model in $R^d$, where $d >= 2$. It is given by a homogeneous Po...
Percolation is the paradigm for random connectivity and has been one of the most applied statistical...
A general method is given whereby m-connectedness correlation functions can be studied in the percol...
In this article, we consider an anisotropic finite-range bond percolation model on Z(2). On each hor...
Partially motivated by the desire to better understand the connectivity phase transition in fractal ...
We present simulations of a three-dimensional percolation model studied recently by K. J. Schrenk et...
For ordinary (independent) percolation on a large class of lattices it is well known that below the ...