InterDosi is a new in-house Monte Carlo code that aims at facilitating the use of the Geant4
toolkit for internal dosimetry using voxel-based phantoms. In the present work the dosimetric …

In this study we aimed at comparing various radionuclides ordinarily used in targeted
prostate cancer therapy, thereby evaluating S-Factor parameter in the prostate organs as …

In this work we used the InterDosi code to estimate photon specific absorbed fractions
(SAFs) for some organs of the Zubal adult male voxelized phantom. Chemical compositions …

Abstract Knowledge of SAF at different energies is crucial for internal dosimetry. For this
purpose, a set of calculated SAF values for a mouse voxelized phantom's selected organs …

This study delves into the realm of internal dosimetry in small animals, focusing on the
crucial role of S-values (absorbed dose rate per unit activity). The primary objective is to …

In order to assess the internal dose due to exposure to radiation, the ICRP recommends the
use of a reference voxelized phantom. Although voxelized geometry is a very promising …

Abstract The International Commission on Radiological Protection (ICRP) through its
publications recommends the estimation of Specific Absorbed Fractions (SAFs) using …