Applications

Accelerator > Beam Transport
Charged particle and Heavy ions Dipole and Quadrupole Magnetic field Low energy neutrons Dipole, Quadrupole and Sextupole Magnetic field coupled with neutron spin. Pulse (Time dependent) Magnetic field Optional devices; Supper mirror Mechanical devices; T0 chopper, ... Gravity PHITS can simulate not only the trajectories, but also the collisions and the ionization at the same time. PHITS can estimate the radiation damage of the magnets and the surroundings, and shielding as well as signal-to-background ratio in neutron beam line.

Accelerator > Beam Transport

Charged particle and Heavy ions
- Dipole and Quadrupole Magnetic field
Low energy neutrons
- Dipole, Quadrupole and Sextupole Magnetic field coupled with neutron spin.
- Pulse (Time dependent) Magnetic field
- Optional devices; Supper mirror
- Mechanical devices; T0 chopper, ...
- Gravity
PHITS can simulate not only the trajectories, but also the collisions and the ionization at the same time.
PHITS can estimate the radiation damage of the magnets and the surroundings, and shielding as well as signal-to-background ratio in neutron beam line.