The polarization imaging methodology has evolved to accept increasingly complex parametric measurements. The Mueller matrix is now generally calculated using a polarimetry technique. In our manuscript, we study the anisotropic wood sample using polarization imaging techniques. Herein, We attempt to study the difference between wood horizontal and vertical fibers. We calculated 3×3 Mueller matrix elements, which can be used to described an intuitive overview of the anisotropic material characteristics. We interpreted experimental results of Mueller matrix coefficients in terms of a graphical representation.
Interpreting Mueller matrix of anisotropic material / Nisar, Mehwish; Batool, Sidra; Mangini, Fabio; Frezza, Fabrizio; Fazio, Eugenio. - (2021). (Intervento presentato al convegno 15th European Conference on Antennas and Propagation (EuCAP) 2021 tenutosi a Virtual).
Interpreting Mueller matrix of anisotropic material
Nisar Mehwish;Batool Sidra;Mangini Fabio;Frezza Fabrizio;Fazio Eugenio
2021
Abstract
The polarization imaging methodology has evolved to accept increasingly complex parametric measurements. The Mueller matrix is now generally calculated using a polarimetry technique. In our manuscript, we study the anisotropic wood sample using polarization imaging techniques. Herein, We attempt to study the difference between wood horizontal and vertical fibers. We calculated 3×3 Mueller matrix elements, which can be used to described an intuitive overview of the anisotropic material characteristics. We interpreted experimental results of Mueller matrix coefficients in terms of a graphical representation.File | Dimensione | Formato | |
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