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/content/aip/journal/adva/6/5/10.1063/1.4944518
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/content/aip/journal/adva/6/5/10.1063/1.4944518
2016-03-14
2016-10-01

Abstract

Magnetostrictive behaviors of FeAl(x = 0 − 30 at.%)(001) single-crystalfilms under rotating magnetic fields are investigated along the two different crystallographic orientations, [100] and [110]. The behaviors of Fe and FeAlfilms show bath-tub like waveform along [100], easy magnetization axis, and triangular waveform along [110], hard magnetization axis, with respect to their four-fold magnetic anisotropy. On the other hand, the behaviors of FeAlfilm are different from those of Fe or FeAlfilm. The output of the film along [100] shows a strong magnetic field dependence. The FeAlfilm shows similar magnetostrictive behaviors along both [100] and [110] reflecting its magnetic properties, which are almost same for the both directions. The growth of ordered phase (2) in FeAl and FeAlfilms is considered to have affected their magnetostrictive behaviors. The Al content dependence on and values shows similar tendency to that reported for the bulk samples but the values are slightly different. The FeAl(001) single-crystalfilm shows a large magnetostriction along [100] under a very small magnetic field of 0.02 kOe, which is comparable to the saturated one, and changes the value abruptly in relation to the angle of applied magnetic field.

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