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The muon beam is the source term itself and we must likely will not have to plan for any previous part of the beamline. In this scenario, to simulate different muon beam profiles interacting with a d-t mixture, the physics list includes standard EM muon physics, plus decay. The process: models list is:
The muon beam is the source term itself and we must likely will not have to plan for any previous part of the beamline. In this scenario, to simulate different muon beam profiles interacting with a d-t mixture, the physics list includes standard EM muon physics, plus decay. The
process: models
list is:Decay
G4VDecayChannel
:G4MuonDecayChannel
EM
G4MuIonisation
G4ICRU73QOModel
mu- 0—200 keVG4BraggModel
mu+ 0—200 keVG4MuBetheBlochModel
mu- and mu+ above 200 keV (Add Bethe-Bloch muon ionization model #1291 )G4MuMultipleScattering
:G4WentzelVIModel
(@amandalund)G4CoulombScattering
:G4eCoulombScattering
(any additions needed to support muons?)G4MuPairProduction
:G4MuPairProductionModel
G4MuBremsstrahlung
:G4MuBremsstrahlungModel
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