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Physics Reference Manual
11.3 (doc Rev9.2)
Contents
General Information
Decay
Electromagnetic Interactions
Electromagnetic Physics in
Geant4
Gamma incident
Energy Loss of Charged Particles
Discrete Processes for Charged Particles
Mean Energy Loss
Energy Loss Fluctuations
Correcting the Cross Section for Energy Variation
Conversion from Cut in Range to Energy Threshold
Photoabsorption Ionisation Model
ATIMA energy-loss model
Elastic scattering
Atomic Relaxation
Electron and Positron Incident
Muon incident
Charged Hadron Incident
Polarized Electron/Positron/Gamma Incident
X-Ray production
Optical Photons
Geant4
-DNA
Microelectronics
Shower Parameterizations
Hadronic Physics in
Geant4
Gamma- and Lepto-Nuclear Interactions
Neutrino Interactions
Solid State Physics
Physics Reference Manual
Docs
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Electromagnetic Interactions
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Energy Loss of Charged Particles
Energy Loss of Charged Particles
Contents:
Discrete Processes for Charged Particles
Mean Energy Loss
Method
General Interfaces
Step-size Limit
Run Time Energy Loss Computation
Energy Loss by Heavy Charged Particles
Energy Loss Fluctuations
Fluctuations in Thick Absorbers
Fluctuations in Thin Absorbers
Width Correction Algorithm
Sampling of Energy Loss
Correcting the Cross Section for Energy Variation
Bibliography
Conversion from Cut in Range to Energy Threshold
Bibliography
Photoabsorption Ionisation Model
Cross Section for Ionising Collisions
Energy Loss Simulation
Photoabsorption Cross Section at Low Energies
ATIMA energy-loss model
Continuous energy loss
Fluctuations of energy loss