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For inelastic scattering, the existing algorithms produce a workspace in which each histogram is in energy transfer for a constant angle. The Q value of a bin varies as a function of its energy. We need an algorithm that converts the workspace into S(Q,energy).
The user would provide the Q,energy grid structure ie number of bins & size of Q & energy.
The current program, loops thru all bins & histograms calculating the Q value & populating the S(Q,w) grid.
The text was updated successfully, but these errors were encountered:
For inelastic scattering, the existing algorithms produce a workspace in which each histogram is in energy transfer for a constant angle. The Q value of a bin varies as a function of its energy. We need an algorithm that converts the workspace into S(Q,energy).
The user would provide the Q,energy grid structure ie number of bins & size of Q & energy.
The current program, loops thru all bins & histograms calculating the Q value & populating the S(Q,w) grid.
The text was updated successfully, but these errors were encountered: