Computed tomography (CT) derived Monte Carlo (MC) phantoms allow dose determination
within small animal models that is not feasible with in-vivo dosimetry. The aim of this study …

Physics Department and InstitutNational de Ia Sante et de Ia Recherche Mé dicale
(INSERM) Unite 494, Institut Gustave-Roussy, Vi11ejuzj@ and Commissariat a I'Energie …

Murine models are useful for targeted radiotherapy pre-clinical experiments. These models
can help to assess the potential interest of new radiopharmaceuticals. In this study, we …

The ability of CT (Computer Tomography) to measure the distribution of absorption
coefficient in the patient body opens up the possibility of improving the accuracy of the dose …

The International Commission on Radiological Protection (ICRP) reference male and female
adult phantoms, described in Publication 110, are voxel phantoms based on whole-body …

The internal dosimetry computer program internal dose assessment by computer (IDAC) for
calculations of absorbed doses to organs and tissues as well as effective doses to patients …

The aim of ORAMED work package 4 was the optimization of the medical practices in
nuclear medicine during the preparation of radiopharmaceuticals and their administration to …

[en] Modelling a physical system can be carried out either stochastically or deterministically.
An example of the former method is the Monte Carlo technique, in which statistically …

Abstract The Oak Ridge National Laboratory Center for Radiation Protection Knowledge
(CRPK) has undertaken a number of calculations in support of a revision to the United …

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) …