Difference between revisions of "September 28, 2007 Calorimetry"

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(Agenda)
(Agenda)
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*** 4.0 GeV [http://dustbunny.physics.indiana.edu/~emscherr/Simulation%2009-27-07/4.0_GeV.pdf]
 
*** 4.0 GeV [http://dustbunny.physics.indiana.edu/~emscherr/Simulation%2009-27-07/4.0_GeV.pdf]
 
*** Resolution Function [http://dustbunny.physics.indiana.edu/~emscherr/Simulation%2009-27-07/ResPlot.pdf]
 
*** Resolution Function [http://dustbunny.physics.indiana.edu/~emscherr/Simulation%2009-27-07/ResPlot.pdf]
*** Old plots with super-dense lead glass [http://dustbunny.physics.indiana.edu/~emscherr/Simulation%2009-21-07/]
+
*** Old 2.0 GeV plot with super-dense lead glass [http://dustbunny.physics.indiana.edu/~emscherr/Simulation%2009-21-07/2.0_GeV.pdf]
 
* Plans for ηπ analysis (Mihajlo/Matt) (time permitting)
 
* Plans for ηπ analysis (Mihajlo/Matt) (time permitting)

Revision as of 14:00, 28 September 2007


Location

JLab: Cebaf Center F226

Dial-in Instructions

To connect by telephone: 1.) dial:

800-377-8846 : US
888-276-7715 : Canada
302-709-8424 : International

2.) enter participant code: 39527048# (remember the "#")


Agenda

  • Presentation of #PE Analysis (Andrei)(Media:bcal_ampl_070928a.pdf)
  • Discussion of radiation hardness of lead glass (postpone)
  • Update on FCAL standalone MC Simulations (Elizabeth) (time permitting)
    • HDGeant sample plots [1]
    • Elizabeth's GEANT4 standalone plots (incident photon energy):
      • 0.5 GeV [2]
      • 1.1 GeV [3]
      • 2.0 GeV [4]
      • 4.0 GeV [5]
      • Resolution Function [6]
      • Old 2.0 GeV plot with super-dense lead glass [7]
  • Plans for ηπ analysis (Mihajlo/Matt) (time permitting)