FLUKA simulations of tertiary halo in IR1 and IR5

• starting conditions in both planes produced with SixTrack simulations
• Machine conditions as in 2010 run: 3.5 TeV, beta*=3.5m, TCTs at 15 sigma
• Cut-off at 20 MeV or 20 GeV
  
• No biasing used
  
• FLUKA geometry by F. Cerutti, V. Boccone and A. Mereghetti, modified by R. Bruce

• IR5, right side, B2
• Data file
• 2 383 200 primary events
  
• SixTrack conversion factor: 4.85938e-6 TCT hits / hit on primary collimator
• IR5, left side, B1
• Data file
•  2 397 600 primary events
  
• SixTrack conversion factor: 4.61563e-5 TCT hits / hit on primary collimator
• IR1, left side, B1
• Data file
•  1 731 200 primary events
  
• SixTrack conversion factor: 1.02813e-5 TCT hits / hit on primary collimator
  
• IR1, right side, B2
• Data file
•  2 381 600 primary events
  
• SixTrack conversion factor: 2.25625e-5 TCT hits / hit on primary collimator

• IR5, left side, B1
• Data file
• 2 395 200 primary events
• SixTrack conversion factor: 4.61563e-5 TCT hits / hit on primary collimator
• IR1, left side, B1
• Data file
• 2 383 200 primary events
• SixTrack conversion factor: 1.02813e-5 TCT hits / hit on primary collimator
• IR1, right side, B2
• Data file
• 2 344 800 primary events
• SixTrack conversion factor: 2.25625e-5 TCT hits / hit on primary collimator

• IR1, left side, B1
• Data file
• 298 080 000 primary events
• SixTrack conversion factor: 1.02813e-5 TCT hits / hit on primary collimator
• IR1, right side, B2
• Data file
• 297 600 000  primary events
• SixTrack conversion factor: 2.25625e-5 TCT hits / hit on primary collimator

1. FLUKA run number (between 1 and 3000)
2. ID of primary particle (between 1 and 100 in each run)
3. FLUKA particle type (an explanation of the numbers can be found here)
4. kinetic energy (GeV)
5. statistical weight (should be 1 for all particles)
6. X (cm)
7. Y (cm)
8. directional cosine w.r.t X-axis
9. directional cosine w.r.t Y-axis
10. time (s) since start of primary particle
11. total energy (GeV)
12. X_start (cm) : starting position of primary particle
13. Y_start (cm)
14. Z_start (cm)
15. t_start (s) : starting time of primary particle where t=0 is at the entrance of the TCTH