We recall the relation between finite-size scaling and the phenomenological renormalization. We calculate the exponent ν in dimension 2 for percolation and find a good agreement with the conjecture 4/3 of den Nijs. For lattice animals, we construct transfer matrices to calculate the correlation lengths and we find ν = 0.640 8 ± 0.000 3 in dimension 2.Après avoir rappelé la relation entre les lois d'échelles pour les systèmes finis et la renormalisation phénoménologique nous calculons l'exposant ν pour la percolation en dimension 2 et trouvons un bon accord avec la valeur de 4/3 proposée par den Nijs. Nous avons construit les matrices de transfert pour le problème des animaux afin de calculer les longueurs de corrélation. Nous trouvons ν = 0...
The authors investigate the applicability of the real-space renormalisation group technique to the d...
We look at seven critical exponents associated with two-dimensional oriented percolation. Scaling th...
International audienceWe consider the standard site percolation model on the d dimensional lattice. ...
We continue and improve the transfer matrix approach of Derrida and de Seze by incorporating in two ...
A transfer-matrix method is used to calculate the correlation length for strips of finite width in t...
We derive scaling laws for the percolation properties of an elongated lattice, i.e., those with dime...
In this thesis a detailed discussion of the topic percolation theory in squared lattices in two dime...
We examine the percolation model on ℤd by an approach involving lattice animals and their surface-ar...
We study several models of directed animals (branched polymers) on a square lattice. We present a tr...
The critical exponent of the total number of finite clusters α is calculated directly without using ...
Shifting of percolation threshold of an elongated lattice towards higher values is shown by the stat...
When we apply finite-size-scaling analysis to Monte-Carlo calculations of the electrical conductivit...
Using finite-size scaling methods we measure the thermal and magnetic exponents of the site percolat...
A new real space renormalization group transformation combining ideas from mean-field and finite-siz...
p. 1-9This work analyzes a percolation model on the diamond hierarchical lattice (DHL), where the pe...
The authors investigate the applicability of the real-space renormalisation group technique to the d...
We look at seven critical exponents associated with two-dimensional oriented percolation. Scaling th...
International audienceWe consider the standard site percolation model on the d dimensional lattice. ...
We continue and improve the transfer matrix approach of Derrida and de Seze by incorporating in two ...
A transfer-matrix method is used to calculate the correlation length for strips of finite width in t...
We derive scaling laws for the percolation properties of an elongated lattice, i.e., those with dime...
In this thesis a detailed discussion of the topic percolation theory in squared lattices in two dime...
We examine the percolation model on ℤd by an approach involving lattice animals and their surface-ar...
We study several models of directed animals (branched polymers) on a square lattice. We present a tr...
The critical exponent of the total number of finite clusters α is calculated directly without using ...
Shifting of percolation threshold of an elongated lattice towards higher values is shown by the stat...
When we apply finite-size-scaling analysis to Monte-Carlo calculations of the electrical conductivit...
Using finite-size scaling methods we measure the thermal and magnetic exponents of the site percolat...
A new real space renormalization group transformation combining ideas from mean-field and finite-siz...
p. 1-9This work analyzes a percolation model on the diamond hierarchical lattice (DHL), where the pe...
The authors investigate the applicability of the real-space renormalisation group technique to the d...
We look at seven critical exponents associated with two-dimensional oriented percolation. Scaling th...
International audienceWe consider the standard site percolation model on the d dimensional lattice. ...