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11.2 (doc Rev8.0)

Contents

  • General Information
  • Particle Decay
  • Electromagnetic Interactions
    • Electromagnetic Physics in Geant4
    • Gamma incident
    • Energy Loss of Charged Particles
    • Elastic scattering
      • Multiple Scattering
      • Single Scattering
      • Ion Scattering
      • Single Scattering, Screened Coulomb Potential and NIEL
      • Electron Screened Single Scattering and NIEL
      • G4eSingleScatteringModel
    • 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
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  • Electromagnetic Interactions »
  • Elastic scattering

Elastic scattering

Contents:

  • Multiple Scattering
    • Introduction
    • Definition of Terms
    • Path Length Correction
    • Angular Distribution
    • Determination of the Model Parameters
    • Step Limitation Algorithm
    • Boundary Crossing Algorithm
    • Implementation Details
  • Single Scattering
    • Coulomb Scattering
    • Implementation Details
  • Ion Scattering
    • Method
    • Implementation Details
  • Single Scattering, Screened Coulomb Potential and NIEL
    • Nucleus–Nucleus Interactions
    • Nuclear Stopping Power
    • Non-Ionizing Energy Loss due to Coulomb Scattering
    • G4IonCoulombScatteringModel
    • The Method
    • Implementation Details
  • Electron Screened Single Scattering and NIEL
    • Scattering Cross Section of Electrons on Nuclei
    • Nuclear Stopping Power of Electrons
    • Non-Ionizing Energy-Loss of Electrons
  • G4eSingleScatteringModel
    • The method
    • Implementation Details
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