A full wave method developed for the analysis of lossy dielectric disks is applied to the evaluation of the field induced in a Petri dish exposed in a reverberation chamber. The rich scattering environment can be modeled by means of a plane wave expansion, which is usually approximated taking into account only a few waves. The proposed method allows to assess the accuracy achieved for any given number of considered plane waves.
Full-wave Validation of Plane Waves Model for Numerical Dosimetry in Reverberation Chambers
Fulvio Schettino
;Gaetano Panariello;Mario Lucido
2022-01-01
Abstract
A full wave method developed for the analysis of lossy dielectric disks is applied to the evaluation of the field induced in a Petri dish exposed in a reverberation chamber. The rich scattering environment can be modeled by means of a plane wave expansion, which is usually approximated taking into account only a few waves. The proposed method allows to assess the accuracy achieved for any given number of considered plane waves.File in questo prodotto:
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2022 - Full-wave validation of plane waves model for numerical dosimetry in reverberation chambers - MMS.pdf
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