Simulation

The electron detector

• 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:

-----

• A close-up on the electron detector

-----

• 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: 532nm, 1kW and alpha_c=35.28 mrad

	Ne_total	Ne_detected	Ne_kept
no cut	k'/kmax min cut	hh
text for row 2, column 1	text for row 2, column 2	text for row 2, column 3