IEICE Electronics Express
Online ISSN : 1349-2543
Experimental verification of electromagnetic scattering via two-dimensional periodic array of small resonant apertures
Young-Ki ChoJunho YeoJi-Hwan KoKi-Chai Kim
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JOURNALS FREE ACCESS Advance online publication

Article ID: 14.20170796

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Abstract

The transmission characteristics of a frequency selective surface (FSS) consisting of small resonant circular apertures with a ridge are related to the transmission cross section of a single ridged aperture, and the performance is verified experimentally. The FSS structure with a ridged circular aperture has a lower resonant frequency, enlarged fractional bandwidth, and a larger wavelength-to-periodicity ratio compared to an FSS with a conventional circular aperture. Experiment results show that the resonant frequency of the proposed FSS structure can be lowered from 13.98 GHz to 7.30 GHz (47.8%) by adding the ridge.

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