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A New Designs of Microstrip Wi-Fi-shape Nanoantenna & Microstrip Wi-Fi-shape Slot Nanoantenna at THz region

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Pubblicato in:Journal of Physics: Conference Series vol. 1529, no. 3 (Apr 2020)
Autore principale: Bassam Raoof Mohammed Ali
Altri autori: Abdulkadhum Jaafar Alyasiri, Faris Mohammed Ali
Pubblicazione:
IOP Publishing
Soggetti:
Ground plane
Gold
Frequency ranges
Silicon substrates
Reflectance
Terahertz frequencies
Directivity
Nanoantennas
Bandwidths
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Abstract:The Evolution of Terahertz technology led to focus of Scientists and Researchers on this technology field. Terahertz region lies between optics frequency range and electronics, so THz frequencies are lowest frequencies make the free space conventional optics enable still be utilized before microwave components adopt. In this paper, CST studio suite 2018 simulator is utilized to simulate and design a new Microstrip Wi-Fi-shape Nanoantenna (MWNA) & Microstrip Wi-Fi-shape Slot Nanoantenna (MWSNA). Reflection coefficient (S11), Directivity, Gain and Bandwidth are computed. The results that achieved working at Terahertz frequencies in Nano size. The Bandwidth of MWNA design and the MWSNA design working in the range of (103.3-110.3 THz) and (124.5 -127.8 THz) respectively. The Microstrip nanoantenna that utilized consist of three layers, Patch made from Gold, Substrate layer that utilized Silicon and Ground plane layer made from Gold. So the applications of these bands of THz frequencies work at visible region and near infrared (IR).
ISSN:1742-6588
1742-6596
DOI:10.1088/1742-6596/1529/3/032089
Fonte:Advanced Technologies & Aerospace Database