Suppression of spin fluctuations by the magnetic field and Co concentration in amorphous alloys
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,General Materials Science
Reference13 articles.
1. Spin-wave, Stoner single-particle and correlated particle-hole pair contributions to thermal demagnetization in amorphous Fe90+xZr10-x
2. Magnetization and Mössbauer study of the reentrant amorphousFe90Zr10alloy
3. Thermal demagnetization due to spin-wave and Stoner single-particle excitations in amorphous Co90Zr10alloy
4. Spin fluctuation effects in, and quantum corrections to, the conductivity of Fe90+xZr10−x (x=0, 1) metallic glasses
5. Ferromagnetic resonance study of magnetic order-disorder phase transition in amorphousFe90−xCoxZr10alloys
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2. Magnetic properties of the weak itinerant-electron ferromagnet Ni75Al25: I. The effect of site disorder;Journal of Physics: Condensed Matter;2004-11-13
3. Evidence for spin-fluctuation scattering in reentrant amorphous FeMnZr alloys;Physica B: Condensed Matter;2003-04
4. Magnetic properties of amorphousFe90−xMnxZr10(0<~x<~12)alloys;Physical Review B;2002-01-22
5. Low-lying magnetic excitations inNi3Aland their suppression by a magnetic field;Physical Review B;1999-11-01
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