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Graphene-Based microstrip-fed hexagonal shape dual band antenna

机译:基于石墨烯的微带馈送六角形双带天线

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摘要

In this paper, analysis of a graphene-based microstrip-fed hexagonal shape dual-band antenna is presented. This antenna consists of a hexagonal shape radiation patch and a microstrip feed line with a plus shape slot in the hexagonal patch. The antenna operates with acceptable radiation characteristics in which the returns loss is less than -10 dB at the 2.14 THz and 5.41 THz frequencies. The gains of the proposed antenna at the mentioned frequencies are equal to 4.71 dB and 5.61 dB, respectively and the bandwidth of this antenna is 658 GHz (%10.97) and 1.023 THz (%17.05). In this work, the CST MICROWAVE STUDIO has been used to simulate this graphenebased hexagonal patch antenna.
机译:在本文中,提出了基于石墨烯的微带进料六边形形状双频带天线的分析。 该天线包括六边形形状辐射贴片和六边形贴片中的Plus形状槽的微带馈电线。 天线可通过可接受的辐射特性操作,其中返回损耗在2.14THz和5.41 THz频率下小于-10 dB。 所提到的频率下所提出的天线的增益分别等于4.71dB和5.61dB,该天线的带宽是658GHz(%10.97)和1.023 THz(%17.05)。 在这项工作中,CST微波演播室已被用于模拟此图形基于六角形贴片天线。

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