Mie scattering (FDTD)

Calculate scattering and absorption cross sections, local field enhancements and far field scattering distributions from a nano particle excited by a planewave (Mie scattering). The cross section and farfield results are compared with the analytic solution to validate the accuracy of the simulation. Overview Understand the simulation workflow and key Więcej…

Mie scattering (DGTD)

Calculate scattering and absorption cross sections, local field enhancements and far field scattering distributions from a nano particle excited by a planewave (mie scattering). The cross section and farfield results are compared with the analytic solution to validate the accuracy of the simulation. Overview Understand the simulation workflow and key Więcej…

Plasmonic resonator (DGTD)

This example uses the discontinuous Galerkin time-domain (DGTD) method to model and analyze a plasmonic structure which exhibits a Fano-like resonance. It demonstrates how to compute the extinction spectrum, how to identify the individual resonance frequencies and quality factors and how to obtain the fields of the individual modes.