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Information × Registration Number 0214U008445, 0110U004737 , R & D reports Title Fundamental mathematical and numerical investigation of optical electromagnetic fields in single and coupled microcavity lasers with nano-layers, wires and strips popup.stage_title Head Nosich Alexander I., Доктор фізико-математичних наук Registration Date 24-12-2014 Organization Institute of Radiophisics and Electronics NASU popup.description2 Object of study is an electromagnetic fields of active and passive optical micro- and nanosized dielectric and metal resonators, both individual and periodically structured. Objective is the study of an electromagnetic fields, natural frequencies and self-excitation thresholds for open microcavities and microlasers, development of mathematical models and algorithms for computer analysis. The method of investigation is a numerical simulation using convergent algorithms for the Maxwell equations with exact boundary conditions and radiation conditions. Results are two-dimensional model for the microcavity laser build in the form of two optically coupled dielectric disks with one active and the second passive. The effects of co-existence of plasmon resonances on lattice and in grating of nanostrips . The study of the graphene strips and graphene disks as resonant scatterers and absorbers in the terahertz waves. Also modeling of unsteady optical fields of a finite chain of circular dielectric microcavities with permeability of the material which is suddenly changes . It is shown that in this case exist the supermodes of the full field with different classes of symmetry for close frequencies . Product Description popup.authors Бєлобров В.О. Балабан М.В. Зіненко Т.Л. Натаров Д.М. Носич О.Й. Сахненко Н.К. Стогній Н.П Шаповал О.В. popup.nrat_date 2020-04-02 Close