A geometrical model of diagenesis using percolation theory

We study the restructuring process of diagenesis in sedimentary rocks using a geometrical model of percolation theory. The competing processes of cementation and dissolution of diagenesis are modelled by growth of vacant sites and culling of occupied sites in a percolation model depending on a threshold parameter m. We numerically study the percolation thresholds of this model for different values of m and compare them with the corresponding thresholds in the Bootstrap and ordinary percolation problems.