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Showing 1 to 5 of 5 for “"Plane-wave expansion method"”.

  1. Modeling and characterization of elastic wave propagation in micro-scale photonic crystals

    … Filtering, guiding and mirroring of elastic waves are a few applications in which phononic crystals can be used. In this manuscript, the physical origins of phononic bandgaps were successfully determined using a one-dimensional model to isolate resonances contributing to the creation of …

    unm Repository record for Modeling and characterization of elastic wave propagation in micro-scale photonic crystals (opens in a new tab)

  2. Algorithms and technologies for photonic crystal modelling

    … crystals was carried out using numerical methods. Photonic crystals are expensive and difficult to fabricate so there is a requirement for computer simulations that can quickly and accurately model how the crystal structure will affect the behaviour of light. A finite difference method was …

    soton Repository record for Algorithms and technologies for photonic crystal modelling (opens in a new tab)

  3. Terahertz oscillation and stimulated emission from planar microcavities

    … with structural sizes in the range of the light wavelength, where the photonic modes are con- fined and the number of states is limited. In the smallest microcavities, i.e. micrometer sized optical resonators, the propagation of only one mode is permitted that is simultaneously amplified …

    qucosa-diss

  4. Predictive simulation and design of III-V heterostructures for light emission and detection

    … on density functional theory (DFT) and the k·p method – calculations to analyse and optimise III-V semiconductor heterostructures for light emission and detection. III-V superlattices (SLs) have attracted significant interest for emission and detection at mid-infrared (mid-IR) wavelengths, for …

    cork Repository record for Predictive simulation and design of III-V heterostructures for light emission and detection (opens in a new tab)

  5. Theory and simulation of quantum nanostructures for integrated photonics

    … employ the semi-empirical continuum-based k · p method to analyse the electronic and optical properties of QWs and QDs to enhance the capabilities of these devices. First, we present the QUDOS code: a free, open-source software package to underpin predictive analysis and design of QD …

    cork Repository record for Theory and simulation of quantum nanostructures for integrated photonics (opens in a new tab)