In this paper, a series of computational phantoms (males and females) were developed based on computed tomography (CT) images of a healthy Iranian population. The Monte Carlo calculation method was then used to estimate ...

According to the published results of radiation dosimetry studies, there are significant discrepancies in the organ absorbed doses of existing adult male phantoms. As stated, differences in the organ absorbed doses may be ...

The aim of this paper was quantifying the uncertainties of dosimetry parameters and systematic factors of an in vivo neutron activation analysis (IVNAA) facility for neutron-irradiated individuals with different lung sizes. A series of statistical...

Currently, internal dosimetry evaluations are performed using reference computational phantoms. here are significant discrepancies in the organ absorbed doses regarding the variations in organ mass. In this study, to ...

In the past of 100 years, diagnostic imaging and radiation therapy have gradually become crucial instruments for all branches of medicine. Using radiological techniques increase concern about secondary cancers. To estimate ...

Computational models of the human body have gradually become crucial in the evaluation of doses absorbed by organs. However, individuals may differ considerably in terms of organ size and shape. In this study, the authors ...