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首页> 外文期刊>Physical Review, B. Condensed Matter >Influence of external fields on spin reorientation transitions in uniaxial ferromagnets. II. Ultrathin ferromagnetic films
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Influence of external fields on spin reorientation transitions in uniaxial ferromagnets. II. Ultrathin ferromagnetic films

机译:外部场对单轴铁磁体旋转重新定位过渡的影响。 II。 超薄铁磁膜

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The field-dependent spin reorientation transition (SRT) in ultrathin ferromagnetic films is discussed. A rather general treatment is presented which involves the extension of the anisotropy-flow concept to systems in an applied magnetic field. Special features of field-induced SRT's are deduced from the general analysis. Emphasis is laid on the experimental implications, whereby general features are quantitatively described which are as characteristic as fingerprints and serve to set up a natural classification of the SRT's in external fields. Special attention is dedicated to resolving the substantial differences between in-field and spontaneous SRT's; ignoring these differences may result in grave misinterpretations of experimental findings. [References: 34]
机译:讨论了超薄铁磁膜中的现场依赖性自旋重新定位转变(SRT)。 提出了一种相当一般的处理,其涉及将各向异性流动概念扩展到应用磁场中的系统。 现场诱导的SRT的特殊功能从一般分析中推断出来。 重点阐述了实验影响,由此定量描述的一般特征,其作为指纹的特征和用于建立外部领域中的SRT的自然分类。 特别关注致力于解决现场和自发SRT之间的实质性差异; 忽略这些差异可能导致实验结果的严重误解。 [参考:34]

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