documentation:simulation_modes
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documentation:simulation_modes [2013/04/26 19:09] – macke | documentation:simulation_modes [2015/09/09 08:59] (current) – macke | ||
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* The energy is defined in the " | * The energy is defined in the " | ||
- | __sensistivity__\\ | ||
- | |||
- | * Calculates the " | ||
- | \\ <m> S(q_z) = 1/R delim{|}{ {dR(q_z)}/ | ||
- | with x defined as delta, beta, roughness or thickness | ||
- | * The polarization is defined as "Ray 1" in the " | ||
- | * The energy is defined in the " | ||
- | |||
- | |||
==Energy Scan== | ==Energy Scan== | ||
Line 71: | Line 62: | ||
__dichroic__\\ | __dichroic__\\ | ||
__asymmetry__\\ | __asymmetry__\\ | ||
- | __sensistivity__\\ | + | |
Line 108: | Line 99: | ||
The interface roughness makes your model real. ReMagX uses a model known as Nevot& | The interface roughness makes your model real. ReMagX uses a model known as Nevot& | ||
- | a continuous change of the optical constants delta and beta. This model leads to a very efficient method to introduce roughness for the parratt formalism. | + | a continuous change of the optical constants delta and beta. |
- | To simulate the same for the other algorithms one has to introduce multi-slicing (layer segmentation). | + | |
- | __Nevot& | + | __Nevot& |
- | __layer segmentation__: | + | __layer segmentation__: |
documentation/simulation_modes.1367003347.txt.gz · Last modified: 2013/04/26 19:09 by macke