We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicomponent spin models. For this purpose, we consider the field-theoretical approach based on the Ginzburg-Landau-Wilson Phi(4) Hamiltonian with cubic-symmetric quartic interactions and quenched randomness coupled to the local energy density. We compute the renormalization-group functions to six loops in the fixed-dimension (d=3) perturbative scheme. The analysis of such high-order series provides an accurate description of the renormalization-group flow. The results are also used to determine the critical behavior of three-dimensional antiferromagnetic three- and four-state Potts models in the presence of quenched impurities
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder...
We study the two-dimensional Potts model on the square lattice in the presence of quenched random-bo...
We study the two-dimensional N-component Landau-Ginzburg Hamiltonian with cubic anisotropy. We compu...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompon...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompon...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompon...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompo...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompo...
We report on some results concerning the effects of cubic anisotropy and quenched uncorrelated impur...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder ...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder ...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder ...
We consider the Ginzburg-Landau MN model that describes M N-vector cubic models with O(M)-symmetric ...
We consider the Ginzburg-Landau MN model that describes M N-vector cubic models with O(M)-symmetric ...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder...
We study the two-dimensional Potts model on the square lattice in the presence of quenched random-bo...
We study the two-dimensional N-component Landau-Ginzburg Hamiltonian with cubic anisotropy. We compu...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompon...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompon...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompon...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompo...
We study the combined effect of cubic anisotropy and quenched uncorrelated impurities on multicompo...
We report on some results concerning the effects of cubic anisotropy and quenched uncorrelated impur...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder ...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder ...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder ...
We consider the Ginzburg-Landau MN model that describes M N-vector cubic models with O(M)-symmetric ...
We consider the Ginzburg-Landau MN model that describes M N-vector cubic models with O(M)-symmetric ...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder...
We study the critical behavior of a general class of cubic-symmetric spin systems in which disorder...
We study the two-dimensional Potts model on the square lattice in the presence of quenched random-bo...
We study the two-dimensional N-component Landau-Ginzburg Hamiltonian with cubic anisotropy. We compu...