UNDERSTAND AND REALIZE AN ``INVISIBLE GATEWAY'' IN A CLASSICAL WAY

We create an invisible gateway simply by putting electric and magnetic superscatterers in a metallic waveguide. The characteristics of the electric and magnetic resonators are analyzed in a metallic hollow waveguide, and the dual-mode super-scattering property is discussed in detail to broaden the b...

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Published in:Electromagnetic waves (Cambridge, Mass.) Mass.), 2013-01, Vol.141, p.739-749
Main Authors: Lin, Xian Qi, Jiang, Yuan, Jin, Jun Ye, Yu, Jia Wei, He, Sailing
Format: Article
Language:English
Subjects:
Dual modes
Electromagnetic waves
Hollow waveguides
Metallic waveguide
Properties
Scattering
Simulations and measurements
Transformation optics
Waveguides
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container_title Electromagnetic waves (Cambridge, Mass.)
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creator Lin, Xian Qi
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description We create an invisible gateway simply by putting electric and magnetic superscatterers in a metallic waveguide. The characteristics of the electric and magnetic resonators are analyzed in a metallic hollow waveguide, and the dual-mode super-scattering property is discussed in detail to broaden the bandwidth of the invisible gateway. Good agreement is achieved between the simulation and measurement for such an invisible gateway. The present work help readers understand easily how an invisible gateway works (or makes sense) in a classical way without using any complex metamaterial or complicated method of transformation optics.
doi_str_mv 10.2528/PIER13042804
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1559-8985
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subjects Dual modes
Electromagnetic waves
Hollow waveguides
Metallic waveguide
Properties
Scattering
Simulations and measurements
Transformation optics
Waveguides
title UNDERSTAND AND REALIZE AN ``INVISIBLE GATEWAY'' IN A CLASSICAL WAY
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