The great diffraction distraction » SignalDiffsR10

(d) Figure 3. Plots of the difference between the GPD signal and the Monte-Carlo signal for each cylinder radius. Panel (a) R=1; (b) R=2; (c) R=5 and (d) R=10 micron. Each plot contains a subfigure for each \delta. The subplots map the error for each combination of |G| on the x-axis (increasing left to right) and \Delta on the y-axis (increasing top to bottom).

(d) Figure 3. Plots of the difference between the GPD signal and the Monte-Carlo signal for each cylinder radius. Panel (a) R=1; (b) R=2; (c) R=5 and (d) R=10 micron. Each plot contains a subfigure for each \delta. The subplots map the error for each combination of |G| on the x-axis (increasing left to right) and \Delta on the y-axis (increasing top to bottom).

(c)
Figure 4. Plots the signal from both approximations together for R=5 micron and \delta = 5ms. The data are the same in both figures, but the left plot shows the log scale and the right plot the linear scale.

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