The appearance of magnetic moment has been examined on the basis of Anderson Model and d electron Green function, when magnetic dilute alloy has impurity potential with including spin flip term. From the numerical analysis of density of states for d electrons, it is supposed that non magnetic state (i.e. S=0) is stable in comparison with the system with no impurity potential reversing the spins of d electrons. The existence of spin flip term may weaken the magnetic state (S≠0)
Journal ArticleWe discuss qualitatively the importance of the correlation energy in determining the ...
The electron spin is a consequence of relativistic quantum mechanics and determines the symmetry of ...
The theory of dilute magnetic alloys with 4d and Sd transition metals as host is reviewed. The close...
Impurity magnetism in metals can be investigated essentially under two aspects: One can explore the ...
The charged and magnetic states of isolated impurities dissolved in amorphous metallic alloy are inv...
A possible mechanism for the resistance minimum in dilute alloys in which the localized impurity sta...
In ordinary metals, antiferromagnetic exchange between conduction electrons and a magnetic impurity ...
A possible mechanism for the resistance minimum in dilute alloys in which the localized impurity sta...
Restricted AccessA possible mechanism for the resistance minimum in dilute alloys in which the local...
The thesis is a theoretical study of the physics of magnetic impurities in metals, as modeled by the...
We report and analyze the results of a new type of experiment, the effect of impurities on the spin...
We report and analyze the results of a new type of experiment, the effect of impurities on the spin...
We study the fate of a spin-1/2 impurity in the itinerant antiferromagnetic metallic phase via a ren...
In this article, the behavior of a half spin particle is studied. Specifically an electron with mass...
The charge (or spin) polarisation induced in its vicinity by an impurity A at point B in an alloy is...
Journal ArticleWe discuss qualitatively the importance of the correlation energy in determining the ...
The electron spin is a consequence of relativistic quantum mechanics and determines the symmetry of ...
The theory of dilute magnetic alloys with 4d and Sd transition metals as host is reviewed. The close...
Impurity magnetism in metals can be investigated essentially under two aspects: One can explore the ...
The charged and magnetic states of isolated impurities dissolved in amorphous metallic alloy are inv...
A possible mechanism for the resistance minimum in dilute alloys in which the localized impurity sta...
In ordinary metals, antiferromagnetic exchange between conduction electrons and a magnetic impurity ...
A possible mechanism for the resistance minimum in dilute alloys in which the localized impurity sta...
Restricted AccessA possible mechanism for the resistance minimum in dilute alloys in which the local...
The thesis is a theoretical study of the physics of magnetic impurities in metals, as modeled by the...
We report and analyze the results of a new type of experiment, the effect of impurities on the spin...
We report and analyze the results of a new type of experiment, the effect of impurities on the spin...
We study the fate of a spin-1/2 impurity in the itinerant antiferromagnetic metallic phase via a ren...
In this article, the behavior of a half spin particle is studied. Specifically an electron with mass...
The charge (or spin) polarisation induced in its vicinity by an impurity A at point B in an alloy is...
Journal ArticleWe discuss qualitatively the importance of the correlation energy in determining the ...
The electron spin is a consequence of relativistic quantum mechanics and determines the symmetry of ...
The theory of dilute magnetic alloys with 4d and Sd transition metals as host is reviewed. The close...