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Energy Deposition Comparison in Target Regions - FLUKA Exercise

This exercise involves adding water and air compound materials to target and surrounding regions in FLUKA simulation, calculating air density, running the simulation, and comparing energy deposition in target regions. Evaluate probability of inelastic collisions for primary protons.

gretchen-nichols
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Energy Deposition Comparison in Target Regions - FLUKA Exercise

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  1. Exercise 2 7th FLUKA Course NEA Paris, Sept.29-Oct.3, 2008

  2. Ex #2 $mkdir ~/work/ex2 $cd ~/work/ex2 download the previous ex1.inp from the website and rename it to ex2.inp $mv ex1.inp ex2.inp • add two compound materials (water and air) and assign them to the target and the region around it (respectively) $emacs [or any editor] ex2.inp & use as components the materials pre-defined in FLUKA air composition (MASS content): NITROGEN (0.9256), OXYGEN (0.2837), ARGON (0.01572) calculate the density of air for standard conditions (22.4l/mol) run your new ex2.inp in the ex2 dir $$FLUPRO/flutil/rfluka –N0 –M3 ex2 & • compare the energy deposited into the target and the region around it, now and in the previous case (ex1 directory) Do the same for the probability that a primary proton undergoes an inelastic collision (BEAMPART Star Density in the .out file)

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