Percolation‐like behavior of the spin wave stiffness in amorphous (FepNi1−p)80P20
Author:
Publisher
AIP Publishing
Subject
General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.333488
Reference16 articles.
1. Spin glass‐ferromagnetic phase transition in amorphous (FexNi1−x)0.75P0.16B0.06Al0.03
2. Spin glass‐ferromagnetic phase transition in amorphous (FexNi1−x)0.75P0.16B0.06Al0.03
3. Spin glass‐ferromagnetic phase transition in amorphous (FexNi1−x)0.75P0.16B0.06Al0.03
4. Spin glass‐ferromagnetic phase transition in amorphous (FexNi1−x)0.75P0.16B0.06Al0.03
5. Spin-wave excitations and low-temperature magnetization in the amorphous metallic ferromagnetic(FexNi1−x)75P16B6Al3
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1. Magnetic phase diagrams of amorphous (Ni 100-x Fe x )-metalloid alloys: The key role of the electronic density of states at the Fermi level for the onset of magnetic order;Journal of Magnetism and Magnetic Materials;2017-11
2. Percolation-like behaviour of the spin-wave stiffness in very dilute amorphous (FepNi1−p)80B18Si2 ferromagnets;Physics Letters A;1997-12
3. Detailed magnetization study of quenched random ferromagnets. II. Site dilution and percolation exponents;Physical Review B;1994-10-01
4. Magnetic properties of (Co0.93−yNiyFe0.07)75Si15B10 pseudobinary amorphous alloys by magnetization and Mössbauer tecniques;Journal of Magnetism and Magnetic Materials;1990-07
5. Magnetic moments and magnetic transitions in the low iron concentration range of the amorphous FexNi80−xP20 - alloys;Journal of Magnetism and Magnetic Materials;1990-01
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