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首页> 外文期刊>Physics in medicine and biology. >Development of the complex permittivity measurement system for high-loss biological samples using the free space method in quasi-millimeter and millimeter wave bands.
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Development of the complex permittivity measurement system for high-loss biological samples using the free space method in quasi-millimeter and millimeter wave bands.

机译:使用准毫米和毫米波带中的自由空间法,在高损耗生物样品中开发复杂介质测量系统。

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摘要

The free space method using a pair of lens antennas was modified for the complex permittivity measurement of biological samples from 20 to 110 GHz. Two methodologies were used to obtain the complex permittivities by the free space method, which were based on the reflection and transmission coefficients. The measurement results obtained with the two methodologies were compared with each other. The measured complex permittivities of the biological samples from the free space method were then compared with those measured using the coaxial probe method. Finally, the measurement data were also compared with those from measurement methods developed in past literatures.
机译:使用一对透镜天线的自由空间方法被修改为从20到110GHz的生物样品的复杂介电常数测量。 通过基于反射和透射系数的自由空间方法,使用两种方法来获得复杂的介质。 用两种方法获得的测量结果彼此比较。 然后将来自自由空间方法的生物样品的测量复杂允许性与使用同轴探针方法测量的那些。 最后,还将测量数据与来自过去文献中开发的测量方法的测量数据进行了比较。

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