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Probing of multiple magnetic responses in magnetic inductors using atomic force microscopy

机译:原子力显微镜磁电感器中多磁响应的探测

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Even though nanoscale analysis of magnetic properties is of significant interest, probing methods are relatively less developed compared to the significance of the technique, which has multiple potential applications. Here, we demonstrate an approach for probing various magnetic properties associated with eddy current, coil current and magnetic domains in magnetic inductors using multidimensional magnetic force microscopy (MMFM). The MMFM images provide combined magnetic responses from the three different origins, however, each contribution to the MMFM response can be differentiated through analysis based on the bias dependence of the response. In particular, the bias dependent MMFM images show locally different eddy current behavior with values dependent on the type of materials that comprise the MI. This approach for probing magnetic responses can be further extended to the analysis of local physical features.
机译:尽管磁性特性的纳米级分析具有显着兴趣,但与具有多种潜在应用的技术的重要性相比,探测方法相对较低。这里,我们证明了一种探测与磁电感器中的磁电感器相关联的各种磁性特性的方法,使用多维磁力显微镜(MMFM)。 MMFM图像提供来自三种不同起源的组合磁响应,然而,通过基于响应的偏置依赖性,可以通过分析来区分对MMFM响应的每个贡献。特别地,偏置相关MMFM图像显示局部不同的涡流行为,其值取决于包括MI的材料的类型。可以进一步扩展到探测磁响应的方法,以分析局部物理特征。

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