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首页> 外文期刊>IEEE Transactions on Magnetics >Effects of Glycine in DES-Based Plating Baths on Structural and Magnetic Properties of Fe–Ni Films
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Effects of Glycine in DES-Based Plating Baths on Structural and Magnetic Properties of Fe–Ni Films

机译：DES基镀液中甘氨酸对Fe-Ni膜结构和磁性的影响

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摘要

We have already reported that a deep eutectic solvent is one of hopeful solvents to obtain an electroplated Fe-based soft magnetic film since the plating process shows high current efficiency. In this paper, we employed glycine as an additive to improve surface roughness and soft magnetic properties of electroplated Fe-Ni films. The coercivity of the Fe-rich films (>70 at.%) prepared from the glycine-used bath showed lower values compared with those for the no-glycine baths. From the evaluations for the surface roughness and the crystal structure of the as-plated Fe75Ni25 films, we considered that the reductions in the coercivity of the Fe-rich films for the glycine-used baths are attributed to the smooth surface and the reduction in the effective crystalline anisotropy by increase in the volume fraction of an amorphous magnetic phase in the film.
机译：我们已经报道，由于电镀工艺显示出高电流效率，因此深共晶溶剂是获得电镀的铁基软磁膜的有希望的溶剂之一。在本文中，我们使用甘氨酸作为添加剂来改善电镀Fe-Ni膜的表面粗糙度和软磁性能。与非甘氨酸浴相比，由甘氨酸用浴制备的富铁薄膜（> 70 at。％）的矫顽力显示出较低的值。通过对镀后的Fe 75 Ni 25 薄膜的表面粗糙度和晶体结构的评估，我们认为富Fe薄膜的矫顽力降低了用于甘氨酸浴的原因在于光滑的表面和通过增加膜中非晶态磁性相的体积分数而有效结晶各向异性的降低。

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