Magnetostriction and Effective Magnetic Anisotropy of Nanocrystalline ${\rm Ni}_{\rm x}{({\rm Fe}_{0.5}{\rm Co}_{0.5})}_{73.5-{\rm x}}{\rm Cu}_{1}{\rm Nb}_{3}{\rm Si}_{13.5}{\rm B}_{9}$ Alloys
Copyright policy ) Zhi Wang; Rui-min Shi; Yun-yun Jia; Jun-na Yan; Jing Yang; Bin Fu; Wen-rong Yang;
Magnetostriction and Effective Magnetic Anisotropy of Nanocrystalline ${\rm Ni}_{\rm x}{({\rm Fe}_{0.5}{\rm Co}_{0.5})}_{73.5-{\rm x}}{\rm Cu}_{1}{\rm Nb}_{3}{\rm Si}_{13.5}{\rm B}_{9}$ Alloys
Ni-content dependence on magnetostriction, effective magnetic anisotropy and initial permeability for as-quenched amorphous Nix(Fe0.5Co0.5)73.5-xNb3Si13.5B9Cu1 (x=0 ~ 30) alloys annealed at 500°C was investigated. XRD showed that all the amorphous samples were partially nanocrystallized after annealing and a two-phase nanocrystalline structure with α-FeCoNi(Si) and residual amorphous phase was formed. Ni-content exerts a significant effect on magnetostriction and effective magnetic anisotropy. With the increasing of Ni-content, the magnetostriction and effective magnetic anisotropy gradually decreases which results in the remarkable enhancement of initial permeability from 3000(x=0) to 16000(x=30).
- Beijing University of Technology China (People's Republic of)
- Tianjin University China (People's Republic of)
- Hebei University of Technology China (People's Republic of)
- Tianjin University China (People's Republic of)
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