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Near- and far-regions of mode splitting in coupled magnetic resonators and use in passive ranging

机译:耦合磁谐振器中模式分裂的近区和远区,并用于无源测距

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The monostatic backscattered magnetoquasistatic field coupling measured at the terminals of a resonant coil due to strongly coupled magnetic resonance (SCMR) coupling with a nearby passive resonant coil exhibits dual orthogonal mode splitting. The difference between the center frequencies of the orthogonal modes, known as the coupled mode frequency split, is sensitive to range of the nearby passive resonant coil. Near- and far-region relationships are derived for the SCMR coupling which are important in practical passive magnetoquasistatic systems. Measurements of this frequency split is presented and inverted for range using the exact theory. The results are compared to inversions using the near- and far-region solutions.
机译:由于与附近的无源谐振线圈的强耦合磁共振(SCMR)耦合,在谐振线圈的端子处测得的单静态反向散射静磁准场耦合表现出双重正交模式分裂。正交模式的中心频率之间的差异(称为耦合模式分频)对附近的无源谐振线圈的范围敏感。推导了SCMR耦合的近区和远区关系,这在实际的无源准静态系统中很重要。给出了该分频的测量结果,并使用精确的理论对其范围进行了反转。将结果与使用近区域和远区域解决方案的反演进行比较。

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