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A comparison based on the calculation of some hadron doses in addition to the secondary neutron fluence using the FLUKA Monte Carlo code

In this paper, we introduce a new comparison based on the calculation of some hadron doses in addition to the secondary neutron fluence using the FLUKA MC code. At first, the dose depths of the hadrons were compared, which provided the description of the difference between their distributions and those of the photons. After that, it was proposed that a tumour was at a precise depth. Then the energy used only by protons and carbons was tested because of the usefulness they possess at this depth. In a second phase, the secondary neutrons' fluence given by protons and carbon ions was compared according to their energy and solid angle of production. This study shows the importance of taking into account the distribution of secondary particles, especially neutrons, along with the dose distribution of accelerated hadrons in hadrotherapy to improve the irradiation accuracy.