Difference between revisions of "Simulation"

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* Then after restoring the scattered electron energy formula, 100 events are generated in the following figures:
 
* Then after restoring the scattered electron energy formula, 100 events are generated in the following figures:
[[Image:scattered_beam_3.gif|400px]] [[Image:scattered_beam_1.gif|400px]]
+
[[Image:scattered_beam_3.gif|400px]]                 [[Image:scattered_beam_1.gif|400px]]
  
  
 
* A close-up on the electron detector
 
* A close-up on the electron detector
  
[[Image:scattered_beam_4.gif|200px]] [[Image:scattered_beam_2.gif|200px]]
+
[[Image:scattered_beam_4.gif|200px]]               [[Image:scattered_beam_2.gif|200px]]
  
 
==The photon detector==
 
==The photon detector==

Revision as of 13:37, 12 April 2010

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).

Electron beam position.gif


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

Scattered beam 3.gif Scattered beam 1.gif


  • A close-up on the electron detector

Scattered beam 4.gif Scattered beam 2.gif

The photon detector

Accumulator vs. single event mode

Background studies

Analyzing power extraction