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首页> 外文期刊>Applied Computational Electromagnetics Society journal >High Quality Factor using Nested Complementary Split Ring Resonator for Dielectric Properties of Solids Sample
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High Quality Factor using Nested Complementary Split Ring Resonator for Dielectric Properties of Solids Sample

机译：采用嵌套互补分体环谐振器的高品质因数，用于固体样品的介电性能

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摘要

A Nested complementary split ring resonator (CSRR) was proposed based on planar structure. The main objective of this work is to get a higher quality factor (Q-factor) with minimal error detection of complex permittivity. The sensor operated at the 3.37GHz resonant frequency and simulated by ANSYS HFSS software. Subsequently, the designed sensor has been fabricated and tested with the presence of several material under test (MUTs) placed over the sensor. The result achieved high unloaded Q-factor, 464. There has been proof of good agreement concerning the results between theoretical, simulation, and measured parameters of error detection, which is below 13.2% real part permittivity and 2.3% the loss tangent. The proposed sensor is practically useful for the food industry, bio-sensing, and pharmacy industry applications.
机译：基于平面结构提出了一种嵌套互补分体环谐振器（CSRR）。这项工作的主要目标是获得更高质量的因子（Q系数），误差检测复杂介电常数。传感器在3.37GHz谐振频率下操作，并由ANSYS HFSS软件模拟。随后，已经制造和测试了设计的传感器，并且在置于传感器上的若干材料（muts）的存在下进行了测试。结果实现了高卸载的Q因子，464.有关误差检测的理论，仿真和测量参数之间的结果有良好的协议，这低于13.2％的实际介电常数和2.3％的损耗切线。所提出的传感器实际上是食品工业，生物传感和药房行业应用。

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