A Preliminary Study of a Graphene Fractal Sierpinski Antenna
A Preliminary Study of a Graphene Fractal Sierpinski Antenna
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石墨烯分形谢尔宾斯基天线的初步研究
DOI：
10.1088/1757-899x/840/1/012003
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发表时间：
2020
期刊：
影响因子：
--
通讯作者：
S. Castelletto
中科院分区：
文献类型：
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作者：
A. Boretti;Lorenzo Rosa;J. Blackledge;S. Castelletto
我们提供了一个工作在太赫兹频率的石墨烯分形天线的初步研究，有机会调制发射。分形设计有许多优点，即多频带/宽带能力，以及更小、更轻、更简单的结构以获得更高的增益，这可以受益于与石墨烯的耦合，石墨烯是最薄、最坚固的材料，具有非常高的导电性和可调性。本文提出了这项研究的概念背景，并介绍了在电磁发射模拟方面取得的一些初步结果。
We provide a preliminary study of a Graphene fractal antenna operating at THz frequencies with the opportunity to modulate the emission. There are many advantages of the fractal design, namely multiband/wideband ability, and, a smaller, lighter and simpler configuration for higher gain, that can benefit from the coupling with Graphene, the thinnest and strongest of materials exhibiting very high electrical conductivity and tunability. This paper proposes a conceptual background for the study and presents some preliminary results on the electromagnetic emission simulations undertaken.