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Effect of the in-plane field component on the response of the magneto optical indicator film sensors

机译:面内现场分量对磁光指示膜传感器响应的影响

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摘要

In this work we present a study of the effect of the in-plane component of magnetic stray field on the response of Magneto Optical Indicator Film (MOIF) sensors. To take into account this effect, which was neglected in all MOIF measurements done so far, a small bias field with in-plane orientation is applied and the MOIF response thus obtained is compared with the results of numerical modelling. Thus the complete vectorial value of stray field can be determined. Moreover, we show that in a wide range of magnetic fields, up to approximately half the saturation field, the effect of the in-plane field component can be neglected and thus MOIFs are sensitive only to the normal field component, thus making it possible to measure this component directly.
机译:在这项工作中,我们展示了磁场磁场面内分量对磁光指示膜(MOIF)传感器响应的影响的研究。 要考虑到这一效果,在到目前为止所完成的所有MoIF测量中被忽略,施加具有面内取向的小偏置场,并将由此获得的MOIF响应与数值建模的结果进行比较。 因此,可以确定杂散场的完整矢量值。 此外,我们表明,在宽范围的磁场中,直到大约饱和场的大约一半,可以忽略面内场分量的效果,因此MoIfs仅敏感到正常场分量,从而使其成为可能 直接测量此组件。

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