Coercivity, microstructure and magnetization reversal mechanism in TiNi-doped L10 FePt thin films
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文摘

The small and uniform size of ordered domain, lower coercivity and weak intergranular exchange coupling interaction are observed.

The TiNi doping separates FePt grains and provides the nucleation center of reversed domain.

The magnetization reversal mechanism is the combination nucleation and pinning of domain walls.

The coercivity reduction may be caused by the decrease of anisotropy constant and nucleation field of the reversed domain.

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