Electronic Structure of FeAl Ordered Alloy

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概要

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• The non-relativistic augmented plane wave method has been used to determine the electronic energy bands, density of states, and Fermi surface of FeAl ordered alloy having the CsCl-type structure. The results agree quite well with experimental results on electronic specific heat, Knight shift, thermoelectric power, and Hall effect. The Fermi surface is found to be considerably different from those of β'NiAl and β'CuZn, owing to the relative position of the d band. The valley and peak right above the Fermi level on the density-of-states curve is found to originate from the hybridization between the p band and the d band. The alloy phase stability is discussed considering this fact.

• 社団法人日本物理学会の論文
• 1975-08-15

著者

• Okochi Makoto

  National Reseach Institute For Metals

関連論文

• Uniform Precession Mode in Spin Wave Resonance
• Electronic Structure of FeAl Ordered Alloy
• Angular Dependence of Line Width in Spin Wave Resonance
• Magnetic Properties and Structures of Composite Thin Films
• Electronic Structure and Charge Transfer in CoAl
• Multiple Excitations of Spin Wave Modes in Thin Films

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