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急冷法制备的非晶软磁材料的实用磁性与其磁各向异性和磁矩取向分布密切相关。大量研究表明,急冷状态的过渡金属-类金属非晶合金薄带里的磁畴结构和磁矩取向主要取决于淬火急冷内应力。Becker通过磁化测量发现,表面层去除和厚度减薄对急冷内应力系统没有影响。Takahashi等的磁转矩研究表明,急冷态非晶薄带2个表面附近的磁各向异性最大。对急冷态非晶薄带的Moss-bauer研究表明,磁矩取向主要分布在薄带平
The practical magnetism of the amorphous soft magnetic material prepared by quenching method is closely related to its magnetic anisotropy and magnetic moment orientation distribution. Numerous studies have shown that the structure and orientation of magnetic domains in the transition metal-metalloid amorphous alloy ribbons in quenched state mainly depend on the quenching and quenching internal stress. Becker through the magnetization measurement found that the surface layer removal and thickness thinning on the quench internal stress system has no effect. Takahashi et al. Showed that the magnetic anisotropy near the two surfaces of the quenched amorphous ribbon was the largest. Moss-bauer studies of quenched amorphous ribbons show that the orientation of magnetic moment is mainly distributed in the ribbon