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Design of novel beam-switching semicircular microstrip antenna and transmission line with Graphene at Terahertz frequencies

机译:新型太赫兹频率下的石墨烯波束转换半圆形微带天线和传输线的设计

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A novel beam-switching printed semicircular antenna design has been proposed to operate at the Terahertz (THz) frequency band. The distinctive feature of the design lies in the use of Graphene to control the radiation characteristics of the antenna. Further, we extend the same idea to explore the applicability of Graphene for isolation of electromagnetic energy with the help of a simple design of a microstrip transmission line with Graphene. The proposed antenna and microstrip line designs have been carried out with an objective of realizing voltage controlled antennas and transmission lines which have lot of potential in various emerging and next generation wireless communication systems such as phased arrays, MIMO systems, sensor networks, etc.
机译:已经提出了一种新颖的光束开关的半圆形天线设计来在太赫兹(THz)频带处运行。设计的独特特征在于使用石墨烯来控制天线的辐射特性。此外,我们借助于具有石墨烯的微带传输线的简单设计,探讨Graphene以探讨石墨烯的适用性。已经进行了所提出的天线和微带线设计,其目的是实现了在各种新一代和下一代无线通信系统中具有大量潜力的电压控制天线和传输线,例如相控阵列,MIMO系统,传感器网络等。

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