Permanent and temporary implantation of I-125 brachytherapy sources has become an
official method for the treatment of different cancers. In this technique, it is essential to …

BACKGROUND: 125I is one of the important sources frequently used in brachytherapy. Up
to now, several different commercial models of this source type have been introduced to the …

Monte Carlo calculations have been performed using the MCNP4C code for an iodine seed
design. As the ADVANTAGE™ I-125, Model IAI-125 source is commercially available for …

Aim The aim of this study is to evaluate the dose distribution of the Flexisource 192 Ir source.
Background Dosimetric evaluation of brachytherapy sources is recommended by task group …

Background: The presence of least dense dry air and highly dense cortical bone in the path
of radiation and the position of source, near or far from the surface of patient, affects the …

A new design of (Model IR‐Seed2) brachytherapy source has been manufactured recently
at the Applied Radiation Research School, Nuclear Science and Technology Research …

In this study, the dosimetric characterization for The BEBIG 60 Co High Dose Rate (HDR)
brachytherapy source model Co0. A86 was investigated and the validity of the EGS5 Monte …

This study aims to validate the dosimetric characteristics of Low Dose Rate (LDR) I-125
source Geant4-based Monte Carlo code. According to the recommendation of the American …

Background: Iodine BRACHYTHERAPY sources with low photon energies have been
widely used in treating cancerous tumors. Dosimetric parameters of BRACHYTHERAPY …

Introduction After the publication of Task Group number 43 dose calculation formalism by the
American Association of Physicists in Medicine (AAPM), this method has been known as the …