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--- docs:become [2020/04/22 21:47]
pklapetek
+++ docs:become [2020/04/22 22:18]
pklapetek
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 To compare its impact on results, here is a list of different metal model settings and results:
-   * the fitted metal setting: 6 1.03583 0 1.37537e+16 1.25733e+14  2.1735 -0.504659 7.60514e+15 4.28131e+15   0.554478 -1.48944 6.13809e+15 6.62262e+14 means n=(0.129 + 3.87i) and leads to first order diffraction of 0.147
+   * the fitted metal setting: 6 1.03583 0 1.37537e+16 1.25733e+14  2.1735 -0.504659 7.60514e+15 4.28131e+15   0.554478 -1.48944 6.13809e+15 6.62262e+14 means n=(0.129 + 3.87i) and leads to first order diffraction intensity of 0.147
-   * default metal setting: 6 0.89583 0 13.8737e15 0.0207332e15 1.3735 -0.504659 7.59914e15 4.28431e15 0.304478 -1.48944 6.15009e15 0.659262e15 means n=(0.036 + 4.147i) and leads to first order diffraction of XXX (i.e. better than now).
+   * default metal setting: 6 0.89583 0 13.8737e15 0.0207332e15 1.3735 -0.504659 7.59914e15 4.28431e15 0.304478 -1.48944 6.15009e15 0.659262e15 means n=(0.036 + 4.147i) and leads to first order diffraction intensity of 0.150.
+Error in the reference value (PEC reflection) is below 0.001 percent.
 Another suspect is the voxel spacing. However, at least for 5 nm and 10 nm voxel spacing the resulting diffraction maximum was nearly same (less than 0.5 percent difference).

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