Interfaces isótropo-anisótropo: un código numérico para caracterizar la reflexión y refracción

Germán Caro, Eduardo Omar Acosta, Francisco Veiras, Lilianan Perez

Resumen


El estudio detallado de la respuesta de los materiales lineales anisótropos ante campos electromagnéticos tiene como uno de sus fines el de diseñar nuevos dispositivos de interés en Óptica, Optoelectrónica y Electrónica. En este trabajo presentamos una herramienta numérica sencilla que es capaz de determinar las características de la propagación de las ondas planas a través de una interfaz isótropo-anisótropo uniaxial con dirección arbitraria del eje óptico respecto a la dirección de incidencia. Los algoritmos fueron comprobados con los resultados analíticos en los casos en que el plano de incidencia coincide con cada uno de los planos principales del cristal.

Palabras clave


anisotropía; transmisión; dispositivos optoelectrónicos

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DOI: https://doi.org/10.37537/rev.elektron.3.2.77.2019

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