Оптический планарный волновод на основе слоистого магнитоактивного метаматериала
Автор: Паняев Иван Сергеевич, Санников Дмитрий Германович
Журнал: Компьютерная оптика @computer-optics
Рубрика: Дифракционная оптика, оптические технологии
Статья в выпуске: 5 т.42, 2018 года.
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Рассмотрены направляющие свойства оптического волновода на основе слоистого метаматериала, образованного слоями намагниченного до насыщения железо-иттриевого граната и алюмо-иттриевого граната. С помощью приближения эффективной среды и решения граничной задачи (электромагнитного метода), а также используя матричный метод 4×4, получены дисперсионные уравнения для волноводных TE- и TM-мод в структуре. Найдены дисперсионные спектры зависимости константы распространения от циклической частоты для разных типов структур, а также коэффициенты локализации ортогональных мод в направляющем слое, и проведен их сравнительный анализ. Показаны преимущества приближенного электромагнитного метода по сравнению с точным матричным методом 4×4. Результаты работы могут найти применение при создании новых интегрально-оптических устройств обработки оптических сигналов на основе слоистого метаматериала.
Оптический волновод, слоистый метаматериал, фотонный кристалл
Короткий адрес: https://sciup.org/140238443
IDR: 140238443 | DOI: 10.18287/2412-6179-2018-42-5-807-815
Optical waveguide on the basis of a layered magnetoactive metamaterial
Guiding properties of an optical waveguide based on a layered metamaterial formed by layers of iron-yttrium garnet and aluminum-yttrium garnet, magnetized to saturation are considered. Dispersion equations for the waveguide TE and TM modes in the structure were obtained using the approximation of an effective medium and solving the boundary problem (electromagnetic method), and also by means of a 4×4 matrix method. Dispersion spectra of the propagation constant dependence on the cyclic frequency ω(β) for different types of structures are found, localization coefficients of the orthogonal modes in the guiding layer are also derived and their comparative analysis is carried out. The advantages of the approximate electromagnetic method are shown in comparison with the exact 4x4 matrix method. The results of the work can find an application in developing new integrated optical devices for optical signal processing based on layered metamaterials.
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