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Compound Refractive Lens for X-Ray F

Components, Solvers and Fourier Doma

Complementary Interference Pattern i

Complex Lightguide System with a 2D

Comparison of Different Lenses for F

Collimation of Astigmatic Diode Lase

Beam Splitter Cube

Bessel Beam Generation behind a Fibe

Automatic Selection of Fourier Trans

Application of the Programmable Mode
Components, Solvers and Fourier Domains ¨C Plane Surface
Time: 2024-10-22 12:38Source: infocrops.comWriter: infocrops
The field-tracing technology in VirtualLab Fusion rests on the philosophy of “connecting field solvers”: using different solvers for different components inside a single system, so that the best-suited option is applied to each part of the system. The choice exists for each solver to be implemented in the space domain or in the spatial-frequency domain. One or the other will be selected depending on the mathematical characteristics of said solver – for many of the most common components, the corresponding solver is going to be much lighter numerically in one domain than in the other, and therefore faster. This results in a simulation sequence that must move back and forth between the Fourier domains.
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