Monte Carlo simulated absorbed dose distributions inside BluePhantom2 water phantom with PMMA walls for 220 MeV pencil proton beam

This dataset consists of Monte Carlo simulated dose distributions inside 65x62x55 cm³ BluePhantom² water phantom with PMMA walls for 220 MeV pencil proton beam. Contribution to the absorbed dose is provided separately for protons, photons+electron, and neutrons. Neutron and the total equivalent dose is also provided.

Monte Carlo simulations used the MCNP6.2 code. Libraries used: HLIB=70h NLIB=00c PLIB=14p ELIB=03e PNLIB=70u. Particle cut-off energies used: CUT:P 4 keV, CUT:H 300 keV, CUT:E 2 keV, CUT:T,A,D,S,|,# j 1 MeV. Primary beam: monoenergetic 220 MeV proton pencil beam, beam profile full-width at half maximum = 1.5 cm.

This is the result of the EMPIR 18HLT04 UHDpulse project.