In order to validate the Geant4 toolkit for dosimetry applications, simulations were performed to calculate conversion coefficients h(10, alpha) from air kerma free-in-air to personal dose equivalent Hp(10, a). The simulations consisted of two parts: the production of X-rays with radiation qualities of narrow and wide spectra, and the interaction of radiation with ICRU tissue-equivalent and ISO water slab phantoms. The half-value layers of the X-ray spectra obtained by simulation were compared with experimental results. Mean energy, spectral resolution, half-value layers and conversion coefficients were compared with ISO reference values. The good agreement between results from simulation and reference data shows that the Geant4 is suitable...
This study is aimed at validating the Monte Carlo Geant4.9.4 code for a 6 MV Varian linac configurin...
This work aims to calculate the conversion coefficients from air kerma to effective dose, E/Kair for...
In the Monte Carlo method, quantities of interest for the application are calculated through statist...
In order to validate the Geant4 toolkit for dosimetry applications, simulations were performed to ca...
In order to validate the Geant4 toolkit for dosimetry applications, simulations were performed to ca...
The study of interaction of radiation with matter is a field of great interest in the medical physic...
In this paper we present the implementation of a dose calculation application, based on the GEANT4 M...
The open-source object-oriented toolkit GEANT4 was used to simulate x-ray spectra in diagnostic radi...
According to the International Commission on Radiation Units and Measurements (ICRU), the relationsh...
In this paper, results of simulations of the gamma-ray production in reactions with 70 MeV protons i...
The objective of this project was to compare XRMC version 6.5.0-2 to Geant4 version 10.02.p02 and th...
The objective of this project was to compare XRMC version 6.5.0-2 to Geant4 version 10.02.p02 and th...
The simulation toolkit Geant4 was originally developed at CERN for high-energy physics. Over the yea...
We discuss an implementation of parameterization models provided by the GEANT4 package for the descr...
The aim of this study is the assessment of the Geant4 capabilities in accurately modeling of dose di...
This study is aimed at validating the Monte Carlo Geant4.9.4 code for a 6 MV Varian linac configurin...
This work aims to calculate the conversion coefficients from air kerma to effective dose, E/Kair for...
In the Monte Carlo method, quantities of interest for the application are calculated through statist...
In order to validate the Geant4 toolkit for dosimetry applications, simulations were performed to ca...
In order to validate the Geant4 toolkit for dosimetry applications, simulations were performed to ca...
The study of interaction of radiation with matter is a field of great interest in the medical physic...
In this paper we present the implementation of a dose calculation application, based on the GEANT4 M...
The open-source object-oriented toolkit GEANT4 was used to simulate x-ray spectra in diagnostic radi...
According to the International Commission on Radiation Units and Measurements (ICRU), the relationsh...
In this paper, results of simulations of the gamma-ray production in reactions with 70 MeV protons i...
The objective of this project was to compare XRMC version 6.5.0-2 to Geant4 version 10.02.p02 and th...
The objective of this project was to compare XRMC version 6.5.0-2 to Geant4 version 10.02.p02 and th...
The simulation toolkit Geant4 was originally developed at CERN for high-energy physics. Over the yea...
We discuss an implementation of parameterization models provided by the GEANT4 package for the descr...
The aim of this study is the assessment of the Geant4 capabilities in accurately modeling of dose di...
This study is aimed at validating the Monte Carlo Geant4.9.4 code for a 6 MV Varian linac configurin...
This work aims to calculate the conversion coefficients from air kerma to effective dose, E/Kair for...
In the Monte Carlo method, quantities of interest for the application are calculated through statist...