5. Section formatΒΆ
- 5.1. [ Title ] section
- 5.2. [ Parameters ] section
- 5.2.1. Calculation mode
- 5.2.2. Number of history and Bank
- 5.2.3. Cut-off and switching energies
- 5.2.4. Cut-off time, cut-off weight, and weight window
- 5.2.5. Stopping power models
- 5.2.6. Elastic scatterings, total cross sections, and reaction cross sections
- 5.2.7. Decays and de-excited process models
- 5.2.8. Event generator mode and kerma approximation
- 5.2.9. Adjoint (backward-in-time) mode
- 5.2.10. Nuclear reaction model options
- 5.2.11. Options for low energy neutrons
- 5.2.12. Photon transport based on the PHITS original model
- 5.2.13. Parameters for EGS5
- 5.2.14. Photon- and muon-induced reaction models
- 5.2.15. Muon production model
- 5.2.16. Neutrino-induced reaction model
- 5.2.17. Options for Coulomb diffusion, gravitational field, and electromagnetic field
- 5.2.18. Output options (1)
- 5.2.19. Output options (2)
- 5.2.20. Output options (3)
- 5.2.21. Output options (4)
- 5.2.22. Voxel and tetrahedron geometry options
- 5.2.23. About geometrical errors
- 5.2.24. Input-output file name
- 5.2.25. Others
- 5.2.26. Dumpall option
- 5.2.27. Event Generator Mode
- 5.3. [ Source ] section
- 5.3.1. <source>: Multi-source
- 5.3.2. Common parameters
- 5.3.3. Cylindrical source
- 5.3.4. Rectangular solid source
- 5.3.5. Gaussian source (x, y, z independent)
- 5.3.6. Generic parabola source (x, y, z independent)
- 5.3.7. Gaussian source (x-y plane)
- 5.3.8. Generic parabola source (x-y plane)
- 5.3.9. Sphere and spherical shell source
- 5.3.10. Phase-space source based on accelerator beam emittance
- 5.3.11. s-type = 12 source
- 5.3.12. Cone source
- 5.3.13. Triangle prism source
- 5.3.14. xyz-mesh distribution source
- 5.3.15. Tetra-mesh source
- 5.3.16. Surface definition source
- 5.3.17. Dump file source
- 5.3.18. User-defined source
- 5.3.19. Definition of energy distribution
- 5.3.19.1. Continuous energy distribution with integral value
- 5.3.19.2. Continuous energy distribution with differential value
- 5.3.19.3. Continuous energy distribution with double (energy & angular) differential type
- 5.3.19.4. Discrete energy distribution
- 5.3.19.5. Energy distribution by free format
- 5.3.19.6. Gaussian and Maxwellian energy distributions
- 5.3.19.7. Energy distribution defined by analytical functions
- 5.3.19.8. Energy distribution of RI source
- 5.3.19.9. Energy distribution of tally results
- 5.3.19.10. Cosmic-ray source mode
- 5.3.20. Definition of angular distribution
- 5.3.21. Definition of time distribution
- 5.3.22. Examples of multi-source
- 5.3.23. Duct source option
- 5.4. [ Material ] section
- 5.5. [ Surface ] section
- 5.6. [ Cell ] section
- 5.7. [ Transform ] section
- 5.8. [ Temperature ] section
- 5.9. [ Mat Time Change ] section
- 5.10. [ Electro Magnetic Field ] section
- 5.11. [ Delta Ray ] section
- 5.12. [ Track Structure ] section
- 5.13. [ Light ] section
- 5.14. [ Super Mirror ] section
- 5.15. [ Elastic Option ] section
- 5.16. [ Data Max ] section
- 5.17. [ Frag Data ] section
- 5.18. [ Importance ] section
- 5.19. [ Weight Window ] section
- 5.20. [ WW Bias ] section
- 5.21. [ Forced Collisions ] section
- 5.22. [ Repeated Collisions ] section
- 5.23. [ Outgoing Particle Bias ] section
- 5.24. [ Volume ] section
- 5.25. [ Multiplier ] section
- 5.26. [ Mat Name Color ] section
- 5.27. [ Reg Name ] section
- 5.28. [ Counter ] section
- 5.29. [ Timer ] section
- 5.30. [ User Defined Interaction ], [ User Defined Particle ] section
- 5.31. [ Libout ] section