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11.3 (doc Rev9.1)

Contents

  • General Information
  • Decay
  • Electromagnetic Interactions
  • Hadronic Physics in Geant4
    • Hadronic Cross Sections in Geant4
    • Coherent elastic scattering
    • Hadron-nucleus Elastic Scattering at Medium and High Energy
    • Parton string model
    • Fritiof (FTF) Model
    • The Geant4 Bertini Intranuclear Cascade Model
    • The Geant4 Binary Cascade Model
    • INCL++: the Liège Intranuclear Cascade Model
    • Precompound model
    • Evaporation Model
    • Fission model
    • Fermi Break-up Model
    • Multifragmentation Model
    • ABLA++ evaporation/fission model
    • Quantum Molecular Dynamics for Heavy Ions
    • Abrasion-ablation Model
      • Introduction
      • Initial nuclear dynamics and impact parameter
      • Abrasion process
      • Abraded nucleon spectrum
      • De-excitation of the projectile and target nuclear pre-fragments by standard Geant4 de-excitation physics
      • De-excitation of the projectile and target nuclear pre-fragments by nuclear ablation
      • Definition of the functions P and F used in the abrasion model
    • Electromagnetic Dissociation Model
    • Interactions of Stopping Particles
    • Low Energy Neutron Interactions
    • LowEnergyChargedParticles
    • Geant4 Low Energy Nuclear Data (LEND) Package
    • Radioactive Decay
  • Gamma- and Lepto-Nuclear Interactions
  • Neutrino Interactions
  • Solid State Physics
Physics Reference Manual
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  • Abrasion-ablation Model

Abrasion-ablation Model

Contents:

  • Introduction
  • Initial nuclear dynamics and impact parameter
  • Abrasion process
  • Abraded nucleon spectrum
  • De-excitation of the projectile and target nuclear pre-fragments by standard Geant4 de-excitation physics
  • De-excitation of the projectile and target nuclear pre-fragments by nuclear ablation
  • Definition of the functions P and F used in the abrasion model
    • Bibliography
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