Difference between revisions of "Simulation"

Revision as of 16:40, 13 April 2010

The electron detector is placed 5 mm above the primary electron beam. To check that, I forced the energy of the scattered electrons to be the one of the primary beam (E=1.165 GeV). The figure below demonstrates that the electron detector is effectively located above the primary beam (ignore the photon detector and scattered photons).

Then after restoring the scattered electron energy formula, 100 events are generated in the following figures:

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Now looking at some distributions and numbers. The simulation was run with the following inputs:

   Beam energy = 1.165 GeV
   Beam polarization = 80%
   Dipole length and height: 125cm x 4.125"
   Laser: 0.532nm, 1kW, alpha_c=35.28

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-* Now looking at numbers:
+* Now looking at some distributions and numbers. The simulation was run with the following inputs:
+    Beam energy = 1.165 GeV
+    Beam polarization = 80%
+    Dipole length and height: 125cm x 4.125"
+    Laser: 0.532nm, 1kW, alpha_c=35.28
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