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Introduction
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Electromagnetic Interactions
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Polarized Photoelectric Effect
Contents
Low Energy Extensions
Subsections
Introduction
Physics
Data Sources
Distribution of the Data Sets
Calculation of Total Cross Sections
Sampling of Relevant Physics Quantities
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Compton Scattering
Total Cross Section
Sampling of the Final State
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Compton Scattering by Linearly Polarized Gamma Rays
The Cross Section
Angular Distribution
Polarization Vector
Unpolarized Photons
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Rayleigh Scattering
Total Cross Section
Sampling of the Final State
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Gamma Conversion
Total cross-section
Sampling of the final state
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Photoelectric effect
Total cross-section
Sampling of the final state
Angular distribution of the emmited photoelectron
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Bremsstrahlung
Bremsstrahlung angular distributions
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Electron ionisation
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Atomic relaxation
Fluorescence
Auger process
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Hadron and Ion Ionisation
Delta-ray production
Energy Loss of Fast Hadrons
Barkas and Bloch effects
Energy losses of slow positive hadrons
Energy loss of alpha particles
Effective charge of ions
Energy losses of slow negative particles
Energy losses of hadrons in compounds
Nuclear stopping powers
Fluctuations of energy losses of hadrons
Sampling
PIXE
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Penelope physics
Introduction
Compton scattering
Rayleigh scattering
Gamma conversion
Photoelectric effect
Bremsstrahlung
Ionisation
Positron Annihilation
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Very Low Energy Extensions (the Geant4 DNA project)
Introduction
Processes for the interactions of electrons
Processes for the interaction of protons
Processes for the interaction of hydrogen
Processes for the interaction of helium ions
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