Bessel Beam Scattering Evaluation by PEC Targets and Innovative Launcher Design Criteria

This work is focused on electromagnetic scattering of PEC objects by collimated Bessel beams, especially for upcoming imaging applications, and on design criteria for innovative Bessel beam launchers at microwaves and millimeter waves. Numerical examples are obtained by exploiting the developed anal...

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Main Authors: Pavone, Santi C., Di Donato, Loreto, Sorbello, Gino
Format: Conference Proceeding
Language:English
Subjects:
Analytical models
Apertures
Beams
Bessel beam
Dielectrics
Electromagnetic scattering
Launchers
Limited-diffractive
Localized waves
Microwave technology
Scattering
Surface impedance
Surface waves
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creator Pavone, Santi C.
Di Donato, Loreto
Sorbello, Gino
description This work is focused on electromagnetic scattering of PEC objects by collimated Bessel beams, especially for upcoming imaging applications, and on design criteria for innovative Bessel beam launchers at microwaves and millimeter waves. Numerical examples are obtained by exploiting the developed analytical model for scattering, and finally an example of Bessel beam launcher obtained by an equivalent surface impedance on a planar aperture (i.e., building block for metasurface synthesis) is shown.
doi_str_mv 10.1109/MMS55062.2022.9825513
format conference_proceeding
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source IEEE Xplore All Conference Series
subjects Analytical models
Apertures
Beams
Bessel beam
Dielectrics
Electromagnetic scattering
Launchers
Limited-diffractive
Localized waves
Microwave technology
Scattering
Surface impedance
Surface waves
title Bessel Beam Scattering Evaluation by PEC Targets and Innovative Launcher Design Criteria
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