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Measurement of Effective Material Constants of Artificial Dielectrics Made of Spherical Metal Particles

机译:用球形金属颗粒制成的人工电介质有效材料常数的测量

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Material constants of artificial dielectrics are measured using the waveguide reflection and transmission methods for the first time. Relative permittivity has taken the value of around 10 in good agreement with the simulated value for the most densely packed spherical metal particles. Relative permeability, on the other hand, has been found less than unity, due to Lentz law as was expected by the theoretical calculations.
机译:使用波导反射和第一时间测量人造电介质的材料常数。对于最密集的球形金属颗粒的模拟值,相对介电常数已经达到了大约10的值。另一方面,相对渗透率被发现少于统一,因为乙二属法律是由理论计算的预期的。

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