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 computer program SEECAL, written by Cristy and Eckerman from the Oak Ridge
National Laboratory, USA, calculates specific effective energies (also known as S factors in …

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 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 …

Dose coefficients for intakes of radionuclides published by the International Commission on
Radiological Protection (ICRP) are based on specific absorbed fractions (SAFs), which have …

In its recent recommendations the ICRP adopted two voxel models of an adult male and an
adult female to be used for the forthcoming update of organ dose conversion coefficients …

This paper describes the effect on over 3,000 sets of internal dose estimates of using photon
Specific Absorbed Fractions (SAFs) calculated using two different types of phantoms …

As part of a broader effort to calculate effective dose rate coefficients for external exposure to
photons and electrons emitted by radionuclides distributed in air, soil or water, age-specific …

Computational models of the human body–together with radiation transport codes–have
been used for the evaluation of organ dose conversion coefficients in occupational, medical …

In modern radiation protection dosimetry, organ doses from various irradiation scenarios are
assessed using Monte Carlo simulations involving whole-body computational phantoms …