Difference between revisions of "Progressive Development of Simulations"
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GC = Gamma Conversion | GC = Gamma Conversion | ||
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| + | At the time of these simulations, physics with muons, positrons, and generic ions is turned off. There is also a discrepancy between simulations that do not have these particle processes active. | ||
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[[File:Tant_PhEE_CS.png |400px|thumb|left|]] | [[File:Tant_PhEE_CS.png |400px|thumb|left|]] | ||
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[[File:Tant_PhEE_CS_GC.png |400px|thumb|center|]] | [[File:Tant_PhEE_CS_GC.png |400px|thumb|center|]] | ||
[[File:Tant_Al.png |400px|thumb|left|]] | [[File:Tant_Al.png |400px|thumb|left|]] | ||
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[[File:Tant_Al_PhEE.png |400px|thumb|center|]] | [[File:Tant_Al_PhEE.png |400px|thumb|center|]] | ||
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[[File:Tant_Al_Air_PhEE_CS.png |400px|thumb|left|]] | [[File:Tant_Al_Air_PhEE_CS.png |400px|thumb|left|]] | ||
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[[File:Tant_Al_Air_PhEE_CS_GC.png |400px|thumb|center|]] | [[File:Tant_Al_Air_PhEE_CS_GC.png |400px|thumb|center|]] | ||
Latest revision as of 19:54, 19 July 2017
2.8 MeV electron hitting a 20 thousandths of an inch thick piece of Tantalum and then plotting the photon energies
Brem = Bremsstrahlung
Ion = Electron Ionization
MS = Electron Multiple Scattering
When simulating Ionization and Multiple Scattering in Tantalum, no photons were created.
2.8 MeV electron hitting a 1/2 inch thick piece of Aluminum and then plotting the photon energies
Brem = Bremsstrahlung
Ion = Electron Ionization
MS = Electron Multiple Scattering
When simulating Ionization and Multiple Scattering in Aluminum, no photons were created.
2.8 MeV electron hitting air and then plotting the photon energies
Brem = Bremsstrahlung
Ion = Electron Ionization
MS = Electron Multiple Scattering
When simulating Ionization and Multiple Scattering in air, no photons were created.
2.8 MeV electron hitting air and then plotting the photon energies
PhEE = Photoelectric Effect
CS = Compton Scattering
GC = Gamma Conversion
At the time of these simulations, physics with muons, positrons, and generic ions is turned off. There is also a discrepancy between simulations that do not have these particle processes active.
