GSvit documentation

open source FDTD solver with GPU support

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app:diffraction_grating

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app:diffraction_grating [2018/01/30 12:56]
pklapetek
app:diffraction_grating [2018/01/30 12:57]
pklapetek
Line 11: Line 11:
  
 If we consider x and y as axes on the screen where diffraction pattern is seen, the intensity space distribution varies as If we consider x and y as axes on the screen where diffraction pattern is seen, the intensity space distribution varies as
 +
 +{{ :​app:​eq_aperture.png?​300 |}}
  
 where p and q are aperture dimensions, r is distance from aperture to screen center, A is related to incident field amplitude and k=2π/λ where λ is the incident light wavelength. where p and q are aperture dimensions, r is distance from aperture to screen center, A is related to incident field amplitude and k=2π/λ where λ is the incident light wavelength.
app/diffraction_grating.txt · Last modified: 2018/08/29 12:25 by pklapetek