Difference between revisions of "Progressive Development of Simulations"

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<div style="text-align: center;">'''Differing Physics for Tantalum Only'''
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2.8 MeV electron hitting a 20 thousandths of an inch thick piece of Tantalum and then plotting the photon energies
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Brem = Bremsstrahlung
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Ion = Electron Ionization
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MS = Electron Multiple Scattering
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When simulating Ionization and Multiple Scattering in Tantalum, no photons were created.</div>
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[[File:VacuumTantBrem.png |400px|thumb|center|]]
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<div style="text-align: center;">'''Differing Physics for Aluminum Only'''
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2.8 MeV electron hitting a 1/2 inch thick piece of Aluminum and then plotting the photon energies
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Brem = Bremsstrahlung
 +
 +
Ion = Electron Ionization
 +
 +
MS = Electron Multiple Scattering
 +
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When simulating Ionization and Multiple Scattering in Aluminum, no photons were created.</div>
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[[File:VacuumAlBrem.png |400px|thumb|center|]]
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<div style="text-align: center;">'''Differing Physics for Air Only'''
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2.8 MeV electron hitting air and then plotting the photon energies
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 +
Brem = Bremsstrahlung
 +
 +
Ion = Electron Ionization
 +
 +
MS = Electron Multiple Scattering
 +
 +
When simulating Ionization and Multiple Scattering in air, no photons were created.</div>
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[[File:AirBrem.png |400px|thumb|center|]]
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<div style="text-align: center;">'''Differing Physics while Changing Detector Geometry'''
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2.8 MeV electron hitting air and then plotting the photon energies
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PhEE = Photoelectric Effect
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CS = Compton Scattering
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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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</div>
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[[File:Tant.png |400px|thumb|left|]]
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[[File:Tant_PhEE.png |400px|thumb|center|]]
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[[File:Tant_PhEE_CS.png |400px|thumb|left|]]
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[[File:Tant_PhEE_CS_GC.png |400px|thumb|center|]]
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[[File:Tant_Al.png |400px|thumb|left|]]
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[[File:Tant_Al_PhEE.png |400px|thumb|center|]]
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[[File:Tant_Al_PhEE_CS.png |400px|thumb|left|]]
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[[File:Tant_Al_PhEE_CS_GC.png |400px|thumb|center|]]
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[[File:Tant_Al_Air.png |400px|thumb|left|]]
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[[File:Tant_Al_Air_PhEE.png |400px|thumb|center|]]
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[[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|]]
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Latest revision as of 19:54, 19 July 2017

Differing Physics for Tantalum Only

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.
VacuumTantBrem.png


Differing Physics for Aluminum Only

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.
VacuumAlBrem.png


Differing Physics for Air Only

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.
AirBrem.png


Differing Physics while Changing Detector Geometry

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.


Tant.png
Tant PhEE.png
Tant PhEE CS.png
Tant PhEE CS GC.png
Tant Al.png
Tant Al PhEE.png
Tant Al PhEE CS.png
Tant Al PhEE CS GC.png
Tant Al Air.png
Tant Al Air PhEE.png
Tant Al Air PhEE CS.png
Tant Al Air PhEE CS GC.png











TriMeV Different Interaction Simulations

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