Computational Modeling and Complex Analysis for Attenuation Effects in Circular and Elliptical Polarized Waves
Helton Silva Bernardo
Lattes | ORCID | E-mail
Heitor Silva Bernardo
Lattes | ORCID | E-mail
Resumo: This work presents a computational modelling based on the parametrics analyses examining attenuation effects in two polarization states: Circularly/Elliptically Polarized Waves (CPW and EPW). Our focus on is modelling of attenuation's effect in the electric field component of electromagnetic waves to different polarizations states. The complex mathematical analysis involves describing field equations and the Plane-Wave Expansion through spherical coordinates with Legendre polynomials. The results illustrate how attenuation significantly impacts the electric signal.
Palavras-chave: Polarization States; Computational Modelling; Complex Mathematical Analysis; Attenuation Effect; Plane-Wave Expansion
Edição: Vol. 4 - Núm. 2 | DOI: 10.5281/zenodo.13647555
