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With the intention of creating a complete simulation of the Thick GEMdetector, this work presents a partial simulation of the interaction of 6 keVX-Ray radiation with a gas volume. For the gas, it was used pure Argon, Xenonand CO2 as well as a mixture of each noble gas with CO2 in a 70\%-30\%proportion. For this range of energy, the dominant physical effect is thephotoelectric, therefore knowing the binding energies of the atoms we predictthe kinetic energy of the primary electron. A simulated energy spectrum of theprimary electron kinetic energy was obtained, which contains peakscorresponding to the inner shell's ionization of the atoms. The spectrum showsvery little Compton effect, transferring only small energies (in the order ofeVs). We concluded that energy spectrum for the mixture is a linear combinationof the spectrum of its individual components.

Simulation of the Kinetic Energy Spectrum of Primary Electron Generated by a 6 keV X-Ray Source in a Gas Volume