The coherent-potential approximation (CPA) has been employed to calculate the electronic density of states in both the ferromagnetic and the paramagnetic phases of nickel-copper alloys. The calculation takes into account in an approximate way the first nearest-neighbour exchange interaction, which is important in these alloys, the copper being nonmagnetic. The general satisfactory agreement with the available experimental data supports CPA as a good approach to the alloy problem.
Density-of-states calculation in ferromagnetic nickel-copper alloys in the coherent-potential approximation. Comparison with the neutron-scattering experiments
SACCHETTI, Francesco
1976
Abstract
The coherent-potential approximation (CPA) has been employed to calculate the electronic density of states in both the ferromagnetic and the paramagnetic phases of nickel-copper alloys. The calculation takes into account in an approximate way the first nearest-neighbour exchange interaction, which is important in these alloys, the copper being nonmagnetic. The general satisfactory agreement with the available experimental data supports CPA as a good approach to the alloy problem.File in questo prodotto:
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