The influence of magnetism on the elastic properties is studied for the metallic glasses Fe₃₂Ni₃₆Cr₁₄P₁₂B₆, Fe₄₀Ni₄₀P₁₄B₆, and Fe₈₀B₂₀ (Metglas 2826 A, 2826, and 2605). At magnetic saturation no large effect occurs on passing the Curie temperature in contrast to crystalline FeNi alloys which show a large magnetically induced softening below T_c. In the zero field state a large domain wall effect is observed. During crystallization, whose temperature range is determined by differential scanning calorimetry, the moduli increase by about 20 to 25%.

Abstract

Es wird der Einfluß eines Magnetfeldes auf die elastischen Eigenschaften für die metallischen Gläser Fe₃₂Ni₃₆Cr₁₄P₁₂B₆, und Fe₄₀Ni₄₀P₁₄B₆, und Fe₈₀B₂₀ (Metgals 2826 A, 2826 und 2605) untersucht. Bei magnetischer Sättigung tritt kein großer Effekt beim Durchgang durch die Curietemperatur auf im Gegensatz zu kristallinen Fe-Ni-Legierungen, die eine große magnetische induzierte Erweichung unterhalb T_c zeigen. Im Nullfeldzustand wird ein großer Domänenwandeffekt beobachtet. Während der Kristallisation, deren Temperaturbereich mittels Differentialthermoanalyse bestimmt wird, nehmen die Moduli um etwa 20 bis 25% zu.

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Volume50, Issue1

16 November 1978

Pages 159-164

Elastic, magnetoelastic, and thermal properties of some ferromagnetic metallic glasses

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Elastic, magnetoelastic, and thermal properties of some ferromagnetic metallic glasses

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