The ICRP/ICRU adult male reference voxel phantom incorporated in Monte Carlo code
FLUKA is used for estimating specific absorbed fractions (SAFs) for photons due to the …

The emission of radiation from a contaminated body region is connected with the dose
received by radiosensitive tissue through the specific absorbed fractions (SAFs) of emitted …

The current dose coefficients for internal dose assessment of occupationally exposed
persons and the general public were derived using the methodology of the International …

The adult reference male and female computational voxel phantoms recommended by ICRP
are adapted into the Monte Carlo transport code FLUKA. The FLUKA code is then utilised for …

In order to estimate the dose caused by internal radiation, it is necessary to know the specific
absorbed fraction (SAF) values; through this work these values have been calculated using …

To design a diagnostic or therapeutic irradiation programme, there is a need to estimate the
absorbed dose. In this investigation, specific absorbed fractions (SAFs) were calculated …

Assessment of intake due to long-lived actinides by inhalation pathway is carried out by lung
monitoring of the radiation workers inside totally shielded steel room using sensitive …

Extensive calculations of specific absorbed fractions (SAFs) for monoenergetic photon
sources were performed using a Monte Carlo photon transport code together with seven …

Abstract Specific Absorbed Fractions (SAF), which specify the fraction of the energy emitted
by radioactivity in a given organ which is absorbed in the source organ itself and in other …

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 …