GSvit documentation

open source FDTD solver with GPU support

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app:mie [2018/09/26 14:09]
rslesinger [Mie scattering]
app:mie [2021/09/12 15:04] (current)
pklapetek
Line 8: Line 8:
 The figures below illustrate a good match between GSvit and Mie's solution calculated using the [[https://​github.com/​dronir/​MieScatter.jl|MieScatter]] package for Julia. The figures below illustrate a good match between GSvit and Mie's solution calculated using the [[https://​github.com/​dronir/​MieScatter.jl|MieScatter]] package for Julia.
  
-Nominal particle radius: 400.2 nm, wavelength: 633 nm, refraction index of the sphere material: 2.0.+Nominal particle radius: 400 nm, wavelength: 633 nm, refraction index of the sphere material: 2.0.
  
 Incident light polarized parallel to the scattering plane (scattered light therefore also polarized parallel): Incident light polarized parallel to the scattering plane (scattered light therefore also polarized parallel):
-{{:​app:​mie_parallel.png?​400|}} 
  
-Incident light polarized ​parallel ​to the scattering plane (scattered light therefore also polarized ​parallel): +{{:​app:​mie_parallel.png?​400|Parallel}} 
-{{:​app:​mie_perpendicular.png?​400|}}+ 
 +Incident light polarized ​perpendicular ​to the scattering plane (scattered light therefore also polarized ​perpendicular): 
 + 
 +{{:​app:​mie_perpendicular.png?​400|Perpendicular}}
  
-//Under construction.//+---- 
 +// 
 +{{ :​app:​mie_scattering.png?80|}} 
 +Sample parameter file: {{app:​mie_scattering.tar.gz|mie scattering}}. 
 +\\ 
 +Perpendicularly polarized plane wave scattering on a dielectric sphere. 
 +// 
 +----
app/mie.1537963753.txt.gz · Last modified: 2018/09/26 14:09 by rslesinger