A simple difference equation for one type of correlators has been obtained by the method of direct calculation of the correlation functions (CF). It is correct for the Ising model of an arbitrary dimension with the exactness O( 1 z) (z-number of particles covered by the interaction potential). The equation obtained is used to calculate the pair CF 〈Sz fSz j〉 in the three-dimensional Ising model with long-range forces which are of importance when dealing with the applied magnetic problems. The results of the calculations lead to corrections in the Ornstein-Zernike (OZ) theory. © 1982
The form factor bootstrap approach is used to compute the exact contributions in the large distance ...
The form factor bootstrap approach is used to compute the exact contributions in the large distance ...
We rigorously derive the Ornstein-Zernike asymptotics of the pair-correlation functions for finite-r...
A simple difference equation for one type of correlators has been obtained by the method of direct c...
A simple difference equation for one type of correlators has been obtained by the method of direct c...
A simple difference equation for one type of correlators has been obtained by the method of direct c...
The energy-density-energy-density correlation function is studied in the three-dimensional Ising mod...
The energy-density-energy-density correlation function is studied in the three-dimensional Ising mod...
The one and two-particle form factors of the energy operator in the two-dimensional Ising model in a...
In terms of the static fluctuational approximation previously developed by the authors, a closed set...
We propose a method to incorporate pair correlations of an Ising lattice system in molecular 6eld th...
In terms of the static fluctuational approximation previously developed by the authors, a closed set...
We simulated the fourier transform of the correlation function of the Ising model in two and three d...
The equivalence between the two-dimensional Ising model and a free fermion field theory is used to r...
We consider a procedure for calculating the pair correlation function in the context of cluster vari...
The form factor bootstrap approach is used to compute the exact contributions in the large distance ...
The form factor bootstrap approach is used to compute the exact contributions in the large distance ...
We rigorously derive the Ornstein-Zernike asymptotics of the pair-correlation functions for finite-r...
A simple difference equation for one type of correlators has been obtained by the method of direct c...
A simple difference equation for one type of correlators has been obtained by the method of direct c...
A simple difference equation for one type of correlators has been obtained by the method of direct c...
The energy-density-energy-density correlation function is studied in the three-dimensional Ising mod...
The energy-density-energy-density correlation function is studied in the three-dimensional Ising mod...
The one and two-particle form factors of the energy operator in the two-dimensional Ising model in a...
In terms of the static fluctuational approximation previously developed by the authors, a closed set...
We propose a method to incorporate pair correlations of an Ising lattice system in molecular 6eld th...
In terms of the static fluctuational approximation previously developed by the authors, a closed set...
We simulated the fourier transform of the correlation function of the Ising model in two and three d...
The equivalence between the two-dimensional Ising model and a free fermion field theory is used to r...
We consider a procedure for calculating the pair correlation function in the context of cluster vari...
The form factor bootstrap approach is used to compute the exact contributions in the large distance ...
The form factor bootstrap approach is used to compute the exact contributions in the large distance ...
We rigorously derive the Ornstein-Zernike asymptotics of the pair-correlation functions for finite-r...