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Polarization properties in EHF range of carbon-containing compositional structures obtained by 3D printing method

机译:通过3D印刷方法获得的含碳组成结构的EHF范围内的偏振性能

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The polarization properties of carbon-containing compositional structures obtained by 3D printing method in extremely high frequency(EHF)range were investigated.Values of the complex dielectric constant of the acrylonitrile butadiene styrene(ABS)plastic and carbon-containing ABS plastic at frequency range of 115-258 GHz were obtained.The angular dependences of the transmittance of composite structures based on the dielectric matrix and ordered carbon-containing plastic structures at frequency range of 62-128 GHz were presented.
机译:研究了通过在极高频(EHF)范围内的3D印刷方法获得的含碳组成结构的偏振性。丙烯腈丁二烯苯乙烯(ABS)塑料和含碳ABS塑料的复合介电常数的值得到115-258GHz。介绍了基于介电基质的复合结构的透射率的角度依赖性,并介绍了62-128GHz频率范围的频率范围内的有序碳塑料结构。

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