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Magnetoelectric coupling in Y-type hexaferrite studied by a novel magnetic resonance technique

机译:新型磁共振技术研究Y型六方铁氧体的磁电耦合

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Magnetoelectric materials with coupled and microscopically coexisting magnetic and electric polarizations have attracted great interest. The motivation behind this interest stems from the novel and interesting physical phenomena involved, but also from possible applications for novel electronic devices. Here we demonstrate the existence of magnetoelectric coupling at room temperature in ferrimagnetic Y-type hexaferrite Ba0.6Sr1.4Zn2Fe12O22 single crystal. By using a recently developed electrically modulated magnetic resonance spectroscopy, we determined quantitatively the magnetoelectric coupling strength in this compound. Obtained results show that Y-type hexaferrites belong to the rare class of materials with signi?cant magnetoelectric coupling and large magnetic moment at room temperature.
机译:具有耦合并且在微观上共存的磁极化和电极化的磁电材料引起了极大的兴趣。引起这种兴趣的动机不仅来自所涉及的新颖有趣的物理现象,而且还源自新颖电子设备的可能应用。在这里,我们证明了亚铁磁Y型六方铁氧体Ba0.6Sr1.4Zn2Fe12O22单晶在室温下存在磁电耦合。通过使用最近开发的电调制磁共振波谱,我们定量确定了该化合物中的磁电耦合强度。结果表明,Y型六价铁氧体属于稀有材料,在室温下具有显着的磁电耦合和较大的磁矩。

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