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Photonic biosensors are widely used for measuring the biological components like blood, urine, glucose, water contaminants and many more analytes. The important merit of using photonic biosensor is its sensitivity, response, reliability and stability. Many theoretical and experimental studies have recently been conducted on two-dimensional photonic crystals since it is much more difficult to make three-dimensional photonic crystals. Most two-dimensional structures are made from dielectric rods in air, or air holes in a dielectric matrix. The intersection of these rods with a perpendicular…mehr

Produktbeschreibung
Photonic biosensors are widely used for measuring the biological components like blood, urine, glucose, water contaminants and many more analytes. The important merit of using photonic biosensor is its sensitivity, response, reliability and stability. Many theoretical and experimental studies have recently been conducted on two-dimensional photonic crystals since it is much more difficult to make three-dimensional photonic crystals. Most two-dimensional structures are made from dielectric rods in air, or air holes in a dielectric matrix. The intersection of these rods with a perpendicular plane forms a two-dimensional lattice. Various structures were studied such as the square lattice [9], the triangular lattice [10], and the graphite structure [11].
Autorenporträt
Ahlem Benmerkhi è nata a Constantine, in Algeria. Ha studiato all'Università di Costantina. Ha conseguito il diploma di dottorato nel 2012 e ora è professore all'Università des frères Mentouri di Costantina 1. I suoi temi di ricerca sono la simulazione e la modellazione di dispositivi optoelettronici e di componenti elettronici. I suoi temi di ricerca sono la simulazione e la modellazione di dispositivi optoelettronici e componenti elettronici.