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Creating Heavy Ion Beams Simulation in FLUKA: Exercise 9 Guide

This Exercise 9 guide for beginners in FLUKA involves manipulating heavy ion beams, charge spectrum scoring, and LET spectrum analysis. Follow steps to modify an oxygen beam, swap materials, and define detectors for data collection. Learn to assess particle charge and angles for detailed insights.

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Creating Heavy Ion Beams Simulation in FLUKA: Exercise 9 Guide

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  1. Exercise 9: Heavy ion beams Beginners FLUKA Course

  2. Exercise 9: Heavy ion beams - create a folder called ex9, download the solution of ex5 (only ex5.inp) from the website, rename it to ex9.inp and open it in flair - replace the proton beam with an oxygen beam having the same energy per nucleon - swap the water and lead material assignments (just to save CPU time) - score the charge spectrum of ions (Z≥3) at the boundaries between Pb and Al, Al and water, and water and air (at z=10cm) define a dummy cylindrical region 1um thick (5cm radius) between z=9.9999cm and z=10cm add three USRYIELD detectors with particle charge as the first quantity (from 2.5 to 9.5) and polar lab angle as the second quantity (from 0 to 90 deg), use unformatted unit 90 - score the LET spectrum (in water) of ions (Z≥3) and charged particles at the end of the target add two USRYIELD detectors with Linear Energy Transfer [given in keV/(um g/cm3)] as the first quantity (from 0.0 to 20.0) and particle charge as the second quantity (from -2.5 to 9.5), use unformatted unit 89

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