This study developed a voxelized scomber japonicus phantom through CT scanning images
for the purpose of radiation protection in the environment, which gives a realistic description …

Internal dosimetry in non-human biota is desirable from the viewpoint of radiation protection
of the environment. The International Commission on Radiological Protection (ICRP) …

Non-human biota dosimetry has historically relied on ellipsoidal dosimetric phantoms. In
2008, the International Commission on Radiological Protection (ICRP) presented a set of …

A voxel-based frog phantom has been developed for radiation protection of the environment.
The voxel-based frog phantom was applied to evaluating self-absorbed fractions (self-AFs) …

Abstract In the Japan Atomic Energy Agency, several studies have been conducted on the
use of voxel models for internal dosimetry. Absorbed fractions (AFs) and S values have been …

Radiological dosimetry for nonhuman biota typically relies on calculations that utilize the
Monte Carlo simulations of simple, ellipsoidal geometries with internal radioactivity …

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 …

Over the past decade, the International Commission on Radiological Protection (ICRP) has
developed a comprehensive approach to environmental protection that includes the use of …

For radiation protection of the environment, a voxel-based frog phantom was developed
using cryosection data, which have been available on a Web site of the Lawrence Berkeley …

Internal dosimetry on non-human biota is getting more important from the viewpoint of
radiation protection of the environment. The International Commission on Radiological …