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DecoupAsymPowderMagRot¶
Description¶
The Decoupling of asymmetry in the ordered state of a powdered magnet fit function for rotational asymmetry can be written as:
where:
\(a\) - a scaling parameter for the overall asymmetry
\(B0\) - the characteristic field
\(A_z(b) = {\frac{3}{4}} - {\frac{1}{4b^2}} + {\frac{(b^2-1)^2}{8b^3}}log|{{\frac{b+1}{b-1}}}|\)
For a longitudinal polarization use DecoupAsymPowderMagLong .
Examples¶
An example of when this might be used is for examining field dependence of \(\mu\) SR signals in a polycrystalline magnet[1].
Properties (fitting parameters)¶
Name |
Default |
Description |
|---|---|---|
Asymmetry |
1.0 |
a scaling parameter for the overall asymmetry |
CharField |
1.0 |
the characteristic field |
References¶
[1] Pratt, F.L. (2007). Field dependence of \(\mu\) SR signals in a polycrystalline magnet. Journal of Physics:Condensed Matter, Vol. 19 No. 45, doi:10.1088/0953-8984/19/45/456207 .
Categories: FitFunctions | Muon\MuonModelling\Magnetism
Source¶
C++ header: DecoupAsymPowderMagRot.h
C++ source: DecoupAsymPowderMagRot.cpp