Add to ORKGWe review the disordered local moment picture of itinerant electron paramagnets. Noting its failure to describe Ni in a first principles calculation we develop the conceptual framework to include an account of the Onsager cavity field in the paramagnetic state. We illustrate the resulting theory by explicit calculations for the Curie temperatures T(c)Fe and T(c)Ni and the susceptibilities chi(Fe)(q) d chi(Ni)(q)
The origin of magnetic order in metals has two extremes: an instability in a liquid of local magneti...
We develop a self-consistent relativistic disordered local moment (RDLM) scheme aimed at describing ...
International audienceThe state-of-the-art theoretical description of magnetic materials relies on s...
For an itinerant system of electrons we develop a first-principles theory of spin fluctuations. It i...
In microscopic theories of phase transitions occurring in itinerant-electron systems, physical pheno...
Some Bravais lattices have a particular geometry that can slow down the motion of Bloch electrons by...
Using the disordered local moment picture of itinerant magnetism, we present calculations of the tem...
In view of the recent experimental facts in the iron-pnictides, we make a proposal that the itineran...
The usual interaction between localized magnetic moments and itinerant electrons (RKKY-coupling) is ...
We present a local moment mean field theory for atomically disordered magnetic alloys. In this model...
On expose une théorie générale des fluctuations de spins et les propriétés thermodynamiques du magné...
The transition metal iron is the archetypal magnetic material. However some aspects of its magnetic ...
Magnetic materials are often categorized in terms of either a purely local or a purely itinerant pic...
Several properties of the elements Fe and Ni can be correlated with each other by means of an empiri...
An analytical expression that quantifies the suppression of exchange-enhanced local spin-density flu...
The origin of magnetic order in metals has two extremes: an instability in a liquid of local magneti...
We develop a self-consistent relativistic disordered local moment (RDLM) scheme aimed at describing ...
International audienceThe state-of-the-art theoretical description of magnetic materials relies on s...
For an itinerant system of electrons we develop a first-principles theory of spin fluctuations. It i...
In microscopic theories of phase transitions occurring in itinerant-electron systems, physical pheno...
Some Bravais lattices have a particular geometry that can slow down the motion of Bloch electrons by...
Using the disordered local moment picture of itinerant magnetism, we present calculations of the tem...
In view of the recent experimental facts in the iron-pnictides, we make a proposal that the itineran...
The usual interaction between localized magnetic moments and itinerant electrons (RKKY-coupling) is ...
We present a local moment mean field theory for atomically disordered magnetic alloys. In this model...
On expose une théorie générale des fluctuations de spins et les propriétés thermodynamiques du magné...
The transition metal iron is the archetypal magnetic material. However some aspects of its magnetic ...
Magnetic materials are often categorized in terms of either a purely local or a purely itinerant pic...
Several properties of the elements Fe and Ni can be correlated with each other by means of an empiri...
An analytical expression that quantifies the suppression of exchange-enhanced local spin-density flu...
The origin of magnetic order in metals has two extremes: an instability in a liquid of local magneti...
We develop a self-consistent relativistic disordered local moment (RDLM) scheme aimed at describing ...
International audienceThe state-of-the-art theoretical description of magnetic materials relies on s...