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Normalization of the output data by acquisition time (number of macrobunches/10) and to the bin sizes along all dimensions, to get numbers that are independent of binning and of acquisition time. That yields rates as Hz/eV/A-1^2 for a properly calibrated 3D cube, that will yield rates in Hz if integrated within a certain eVA-1A-1 volume.
At this step one looses total count information, which are useful for error bar calculations. So maybe one should calculate and store error bar information before that step and also normalize that then accordingly.
The text was updated successfully, but these errors were encountered:
Normalization of the output data by acquisition time (number of macrobunches/10) and to the bin sizes along all dimensions, to get numbers that are independent of binning and of acquisition time. That yields rates as Hz/eV/A-1^2 for a properly calibrated 3D cube, that will yield rates in Hz if integrated within a certain eVA-1A-1 volume.
At this step one looses total count information, which are useful for error bar calculations. So maybe one should calculate and store error bar information before that step and also normalize that then accordingly.
The text was updated successfully, but these errors were encountered: