Maximization of near-field wireless power transfer of a Bessel-shaped beam through a stratification

This contribution addresses the problem of the maximization of the wireless power transfer of a Bessel-shaped beam, operating in the radiative near-field region (Fresnel region), through a planar dielectric stratification. A theoretical model and a suitable spectral figure of merit are introduced to...

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Main Authors: Pavone, Santi C., Sorbello, Gino
Format: Conference Proceeding
Language:English
Subjects:
Antenna measurements
Antenna theory
Bessel-shaped beams
Biological system modeling
efficiency
Electromagnetic heating
Focusing
multilayer
near field
Power measurement
Wireless power transfer
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Sorbello, Gino
description This contribution addresses the problem of the maximization of the wireless power transfer of a Bessel-shaped beam, operating in the radiative near-field region (Fresnel region), through a planar dielectric stratification. A theoretical model and a suitable spectral figure of merit are introduced to quantify the amount of beam power that is successfully delivered beyond the multilayer. The proposed approach finds applications in bioelectromagnetics and in microwave heating, especially for field focusing in complex environments.
doi_str_mv 10.1109/CAMA57522.2023.10352726
format conference_proceeding
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source IEEE Xplore All Conference Series
subjects Antenna measurements
Antenna theory
Bessel-shaped beams
Biological system modeling
efficiency
Electromagnetic heating
Focusing
multilayer
near field
Power measurement
Wireless power transfer
title Maximization of near-field wireless power transfer of a Bessel-shaped beam through a stratification
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