Add to ORKGThe method of projection operators is applied to the two-dimensional model of strongly correlated charge carriers to explain the magnetic properties of weakly doped layered cuprates in the paramagnetic state. The theory explains the observed special features of the behavior of the imaginary part of the dynamic spin susceptibility averaged over the Brillouin zone over wide temperature and frequency ranges. © 2005 Pleiades Publishing, Inc
The dynamic spin susceptibility χ+,- total(ω ,q) that takes into account the interplay of localized ...
[[abstract]]The doping dependence of magnetic fluctuations in the underdopcd copper oxide materials ...
The subject of this thesis is studying the resistivity along c-axis direction in cuprates, layered h...
The method of projection operators is applied to the two-dimensional model of strongly correlated ch...
Using the Mori-Zwanzig projection operator procedure, the relaxation function theory with a three po...
We present the relaxation function theory for dynamic spin susceptibility for doped two-dimensional ...
The relaxation function theory for a doped two-dimensional Heisenberg antiferromagnetic system in th...
We explore for all wavevectors through the Brillouin zone the dynamic spin susceptibility χtotal + ,...
The analytical expression for a dynamical charge susceptibility in layered cuprates has been derived...
Using a Mori-Zwanzig projection operator procedure the relaxation function theory of doped two-dimen...
We present a relativistic spin-fermion model for the cuprates, in which both the charge and spin deg...
The evolution of the magnetic and kinetic properties of quasi-two-dimensional cuprates has been stud...
The dynamic spin susceptibility χ+,- total(ω ,q) that takes into account the interplay of localized ...
[[abstract]]The doping dependence of magnetic fluctuations in the underdopcd copper oxide materials ...
The subject of this thesis is studying the resistivity along c-axis direction in cuprates, layered h...
The method of projection operators is applied to the two-dimensional model of strongly correlated ch...
Using the Mori-Zwanzig projection operator procedure, the relaxation function theory with a three po...
We present the relaxation function theory for dynamic spin susceptibility for doped two-dimensional ...
The relaxation function theory for a doped two-dimensional Heisenberg antiferromagnetic system in th...
We explore for all wavevectors through the Brillouin zone the dynamic spin susceptibility χtotal + ,...
The analytical expression for a dynamical charge susceptibility in layered cuprates has been derived...
Using a Mori-Zwanzig projection operator procedure the relaxation function theory of doped two-dimen...
We present a relativistic spin-fermion model for the cuprates, in which both the charge and spin deg...
The evolution of the magnetic and kinetic properties of quasi-two-dimensional cuprates has been stud...
The dynamic spin susceptibility χ+,- total(ω ,q) that takes into account the interplay of localized ...
[[abstract]]The doping dependence of magnetic fluctuations in the underdopcd copper oxide materials ...
The subject of this thesis is studying the resistivity along c-axis direction in cuprates, layered h...