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On the energy losses of hot worked Nd-Fe-B magnets and ferrites in a small alternating magnetic field perpendicular to a bias field

机译:垂直于偏置磁场的小交变磁场中热加工Nd-Fe-B磁体和铁氧体的能量损失

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摘要

Torsion pendulum magnetometer measurements on ferrites and on neodymium-iron-boron permanent magnets are presented. The damping of the oscillation of the pendulum leads to information on the magnetic energy losses of the magnets in a small alternating magnetic field applied perpendicular to a bias field. The origin of the energy absorption is explained by the magnetization reversal of single-domain particles. It is shown experimentally that the energy absorption mechanism requires the ferromagnetic order of the sample, and that the magnetic field strength of maximal energy absorption coincides with the effective anisotropy field strength.
机译:提出了在铁氧体和钕铁硼永磁体上的扭摆磁力计的测量结果。摆的振荡的阻尼导致在垂直于偏置场施加的小的交变磁场中有关磁体的磁能损失的信息。能量吸收的起源通过单畴粒子的磁化反转来解释。实验表明,能量吸收机理要求样品具有铁磁顺序,最大能量吸收的磁场强度与有效各向异性场强度一致。

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