Components, Solvers and Fourier Domains in VirtualLab Fusion
Fast physical optics rests squarely on the “connecting solvers” approach. One of the most important aspects of which is that it makes both Fourier domains (space and spatial frequency) available for the implementation of the electromagnetic field solvers – some solvers will be implemented in the one domain, others in the other. This results in a simulation sequence that must move back and forth between the domains. In this week’s newsletter we look at some practical implications of this and provide some handy tips to help you make the most of your work with VirtualLab Fusion!
Plane Surface - Components Solvers and Fourier Domains
Both Fourier domains (space and spatial frequency) can be used as the domain of implementation for solvers in VirtualLab Fusion. We discuss the implications and analyze the plane surface as a special case.
As one of the most fundamental technologies in VirtualLab Fusion, Fourier transforms connect the space and spatial frequency domains. We discuss the Fourier transforms settings at different examples and show the consequences.
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Newsletter/News modern technologie, Simulation, Fourier domains, connecting solvers, electromagnetic field solvers, transformation, LightTrans, VirtualLab Fusion, In this week's newsletter we look at some practical implications of components, solvers and Fourier domains and provide some handy tips to help you make the most of your work with VirtualLab Fusion.
