File:Two Slit Interference, 800nm wl, 0.1mm d, Central 5 Maxima.png
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DescriptionTwo Slit Interference, 800nm wl, 0.1mm d, Central 5 Maxima.png |
Animation of the wave pattern at the central five maxima of a two slit experiment. The wavelength is 800nm, and the slit separation is 0.1mm and the screen is 5m away. The equation is: where
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Own work This diagram was created with Mathematica. |
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Author | Inductiveload | |||
Permission (Reusing this file) |
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Mathematica Code
[edit]Plot[x = xmm/1000; Sin[k Sqrt[l^2 + (x + d/2)^2]] + Sin[k Sqrt[l^2 + (x - d/2)^2]], {xmm, -100, 100}, ImageSize -> 600, FrameLabel -> {"x/mm", "u(x,t)", None, None}, PlotPoints -> 1000, Frame -> True ]
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current | 01:30, 5 December 2016 | 1,834 × 1,148 (113 KB) | InverseHypercube (talk | contribs) | bigger labels | |
01:27, 5 December 2016 | 1,556 × 969 (91 KB) | InverseHypercube (talk | contribs) | higher quality | ||
00:09, 14 June 2007 | 600 × 370 (6 KB) | Inductiveload (talk | contribs) | {{Information |Description=Animation of the wave pattern at the central five maxima of a two slit experiment. The wavelength is 800nm, and the slit separation is 0.1mm and the screen is 5m away. The equation is: <math>u(x,y,t)= \sin \left( k \sqrt{ \left( |
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Horizontal resolution | 28.35 dpc |
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Vertical resolution | 28.35 dpc |
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