Simulation results: run 2003

• Moving RP's in x-direction rp-x.eps versus moving RP's in y-direction rp-y.eps
  
• Fitting rho and b for the case of betastar=20m, document file
  
• beta20-e12-8mil-y12.eps, beta20-e10-8mil-y11.eps, beta20-e10-8mil-y13.eps
  
• pp_run2.eps, pp_run3.eps, pp_run4.eps, pp_run5.eps, pp_run6.eps (README)

Simulation results: run 2002

• All histograms generated in Monte Carlo simulation
  
• Geometric acceptances for slope=14 and slope=25
  
• 2-parameter fit results; fixing rho=0.135 and sigma_total=52mb and fitting slope and normalization factor
  
• 3-parameter fit results ; fixing sigma_total=52mb and fitting rho, slope and normalization factor
  
• Ratio of the number of events
  
• The Coulomb-Nuclear differential cross section distribution at p=100 GeV/c
  Parameters: rho=0.135, slope=14 GeV**-2, sigma_total=52 mb
  
• The Coulomb-Nuclear differential cross section distribution at p=100 GeV/c
  Parameters: rho=0.135, slope=15.5 GeV**-2, sigma_total=52 mb
  
• The Coulomb-Nuclear differential cross section distribution at p=100 GeV/c (using the third term in Bethe phase)
  Parameters: rho=0.135, slope=14 GeV**-2, sigma_total=52 mb
  
• The Coulomb-Nuclear differential cross section distribution at p=100 GeV/c (using the third term in Bethe phase)
  Parameters: rho=0.135, slope=15.5 GeV**-2, sigma_total=52 mb
  
• The Coulomb-Nuclear differential cross section distribution at p=250 GeV/c
  Parameters: rho=0.135, slope=15.5 GeV**-2, sigma_total=60 mb
  
• A comprehensive note on the fit results in MC simulation (updated, 11/15/2002)
  
• The systematic errors on the fit parameters in MC simulation (updated, 11/15/2002)
  
• The acceptance plots for different ymin distances: 8mm, 9mm, 10mm, 11mm and the fit results
  
• Note on the elastic scintillator efficiencies (updated, 1/14/2003)

Talks given on simulations:

• At the collaboration meeting in October by Kaushik De, ppt file
  
• At the collaboration meeting in August by Nurcan Ozturk, ppt file