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The correlation between dynamic magnetic domain formation and dynamic magnetization loss is studied in nanocrystalline FeCuNbSiB tape wound cores with different strengths of transverse field-induced anisotropy. A significant excess loss component is measured, in particular for high induction levels. The excess loss cannot be explained by homogeneous magnetization rotation, the ideal magnetization...
Stroboscopic Kerr microscopy observations of the dynamic magnetization process on nanocrystalline Fe 73 Cu 1 Nb 3 Si 16 B 7 tape wound cores with different induced longitudinal anisotropy K u are presented. As the frequency of the magnetic field increases from the quasi-static case up to 10kHz, domain refinement is distinctive. The domain wall multiplication...
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