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One-step production of optimized Fe-Ga particles by spark erosion

机译:通过电火花腐蚀一步生产优化的Fe-Ga颗粒

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摘要

Spherical Fe-Ga particles were prepared by spark erosion in liquid Ar, which directly incorporated the desirable rapid quench from high temperatures. The compositions of the particles investigated were 15.0, 16.3, and 18.9 at. % Ga, respectively, as determined from electron-probe microanalysis, x-ray diffraction, and Mossbauer spectra. Composites for magnetostriction measurements were prepared by mixing particles with epoxy at the volume fraction of 48% and curing in a magnetic field. Magnetostriction values of the composites were comparable to those of polycrystalline chill-cast alloys of the same compositions. Composites with particles having Ga concentrations of 18.9 at. % had the highest magnetostriction, similar to results reported for bulk Fe-Ga alloys.
机译:球形Fe-Ga颗粒是通过在液体Ar中进行电火花腐蚀制备的,该溶液直接掺入了所需的高温快速淬火。研究的颗粒的组成为15.0、16.3和18.9at。由电子探针显微分析,X射线衍射和Mossbauer光谱确定的Ga分别为%Ga。通过将颗粒与环氧树脂以48%的体积分数混合并在磁场中固化来制备用于磁致伸缩测量的复合材料。复合材料的磁致伸缩值与相同组成的多晶冷铸合金的磁致伸缩值相当。 Ga含量为18.9 at。 %具有最高的磁致伸缩,与报道的块状Fe-Ga合金的结果相似。

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