Models
- electromagnetic:
- standard:
- low energy
- Penelope:
- hadronic:
- Elastic:
generic elastic,
medium and high energy elastic,
coherent elastic pp, nn,
coherent elastic pn
- Precompound
- Leading particle bias
- Cascade:
Bertini cascade,
Binary cascade,
Binary light ion,
INCL++
- Low energy parameterized: (deprecated - to be removed in Geant4 version 10)
pi+ inelastic,
pi- inelastic,
K+ inelastic,
K- inelastic,
K0L inelastic,
K0S inelastic,
proton inelastic,
neutron inelastic,
lambda inelastic,
sigma+ inelastic,
sigma- inelastic,
xi- inelastic,
xi0 inelastic,
omega- inelastic,
anti-proton inelastic,
anti-neutron inelastic,
anti-lambda inelastic,
anti-sigma+ inelastic,
anti-sigma- inelastic,
anti-xi- inelastic,
anti-xi0 inelastic,
anti-omega- inelastic,
deuteron inelastic,
triton inelastic,
alpha inelastic
- High energy parameterized: (deprecated - to be removed in Geant4 version 10)
pi+ inelastic,
pi- inelastic,
K+ inelastic,
K- inelastic,
K0L inelastic,
K0S inelastic,
proton inelastic,
neutron inelastic,
lambda inelastic,
sigma+ inelastic,
sigma- inelastic,
xi- inelastic,
xi0 inelastic,
omega- inelastic,
anti-proton inelastic,
anti-neutron inelastic,
anti-lambda inelastic,
anti-sigma+ inelastic,
anti-sigma- inelastic,
anti-xi- inelastic,
anti-xi0 inelastic,
anti-omega- inelastic
- High energy:
Fritiof-CHIPS (FTFC),
Fritiof-precompound (FTFP),
Quark-gluon string CHIPS (QGSC),
Quark-gluon string precompound (QGSP)
- Nucleus-nucleus:
electromagnetic dissociation,
abrasion/ablation,
Binary light ion,
INCL++
- Gamma-nuclear:
Bertini cascade,
CHIPS gamma-nuclear
- Lepto-Nuclear:
electro-nuclear,
muon-nuclear
- Neutrons:
generic capture,
generic fission,
high precision elastic,
high precision inelastic,
high precision capture,
high precision fission,
high precision/parameterized elastic,
high precision/parameterized inelastic,
high precision/parameterized capture,
high precision/parameterized fission,
INCL++
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