Estudio de cristales fotónicos dieléctricos 1D a través de MMT
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Castiblanco Suarez, Raúl Edgardo
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El comportamiento de la propagación de ondas electromagnéticas en diferentes medios posee gran relevancia debido a sus amplias aplicaciones actualmente en telecomunicaciones, electrónica y demás campos de la ingeniería y la ciencia. Conocer el comportamiento de los campos electromagnéticos al pasar a través de un material brinda información importante para su caracterización y posterior uso, así como el descubrimiento de nuevos fenómenos aprovechables. El Método de Matriz de Transferencia (MMT) es un método ampliamente usado en óptica, mecánica cuántica y acústica, con el fin de analizar la propagación de ondas (electromagnéticas, funciones de onda, acústicas) a través de medios estratificados. En el presente trabajo se realiza el estudio de la propagación de la radiación electromagnética en materiales dieléctricos, metálicos, semiconductores y en los dispositivos conocidos como cristales fotónicos dieléctricos 1D (DPC), mediante MMT se determinan los los coeficientes de transmisión y reflexión para la caracterización del material, además de establecer relaciones importantes para el cambio de la radiación al interior del material.
Abstract. The behavior of the propagation of electromagnetic waves in different media has great significance due to its broad applications currently in telecommunications, electronics and other fields of engineering and science. Knowing the behavior of electromagnetic fields by passing through a material provides important information for characterization and subsequent use as well as the discovery of new exploitable phenomena. The Transfer Matrix Method (TMM ) is a method widely used in optical , acoustic and quantum mechanics, in order to analyze the propagation of waves ( electromagnetic , wave functions , acoustic ) through stratified media , in this paper studying the propagation of electromagnetic radiation in dielectric materials, metal , semiconductor and dielectric devices known as photonic crystals 1D (PhC), by the MMT the transmission and reflection coefficients are determinate for material characterization also to establish important relations to the changes of the radiation into the material
Abstract. The behavior of the propagation of electromagnetic waves in different media has great significance due to its broad applications currently in telecommunications, electronics and other fields of engineering and science. Knowing the behavior of electromagnetic fields by passing through a material provides important information for characterization and subsequent use as well as the discovery of new exploitable phenomena. The Transfer Matrix Method (TMM ) is a method widely used in optical , acoustic and quantum mechanics, in order to analyze the propagation of waves ( electromagnetic , wave functions , acoustic ) through stratified media , in this paper studying the propagation of electromagnetic radiation in dielectric materials, metal , semiconductor and dielectric devices known as photonic crystals 1D (PhC), by the MMT the transmission and reflection coefficients are determinate for material characterization also to establish important relations to the changes of the radiation into the material