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Artificial Dielectric Resonator Made of Spherical Metal Particles

机译:球形金属粒子制成的人工介电共振器

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摘要

A microwave resonator is fabricated by a lump of spherical metal particles for the first time. It is the evidence that those particles constitute artificial dielectrics. The effective permittivity is calculated numerically together with the permeability. Resonant mode frequencies in the experiment are compared with the theoretical result obtained by the effective material constants above. Their reasonable agreement indicates the validity of material constant extraction. The unique diamagnetism of spherical particles could be utilized for improvement of spurious property of a resonator.
机译:微波谐振器是第一次由球形金属颗粒块制成的。有证据表明这些颗粒构成了人造电介质。有效介电常数与磁导率一起通过数值计算。将实验中的共振模式频率与通过上述有效材料常数获得的理论结果进行比较。它们的合理一致性表明材料常数提取的有效性。球形颗粒独特的反磁性可用于改善谐振器的寄生特性。

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