Suspended magnetic nanoparticles switch from rotating sideways to flipping their magnetization along the field when the AC amplitude passes about half the anisotropy field, changing which heating mechanism dominates.
Effect of magnetic dipolar interactions on nanoparticle heating efficiency: Implications for cancer hyperthermia , volume =
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AC Field-driven orientational crossover and energy dissipation in suspended magnetic nanoparticles
Suspended magnetic nanoparticles switch from rotating sideways to flipping their magnetization along the field when the AC amplitude passes about half the anisotropy field, changing which heating mechanism dominates.