Add to ORKGThe Source Production & Equipment Co. (SPEC) Model M-15 Iridium Brachytherapy is intended for use as a temporary High Dose Rate (HDR) Brachytherapy source. The clinical dosimetry parameters of this source was calculated using the MCNP Monte Carlo analysis program (MCNP6; Los Alamos National Laboratory) in accordance to the updated AAPM Task Group Report No.43 (TG43U1). All TG43U1 dosimetry parameters and their respective statistical uncertainty are presented in the reports
Determining dose distribution around the applied sources in brachytherapy, especially ones with low-...
Current brachytherapy dosimetry protocols assume that a physical source may be approximated by a poi...
Background: The presence of least dense dry air and highly dense cortical bone in the path of radiat...
Purpose: In order to facilitate a smooth transition for brachytherapy dose calculations from the Ame...
In order to facilitate a smooth transition for brachytherapy dose calculations from the American Ass...
Background: I-125 is one of the important sources frequently used in brachytherapy. Up to now, sever...
Background: 125I is one of the important sources frequently used in brachytherapy. Up to now, severa...
The conventional treatment planning system (TPS) gives analytical calculations with ± 15 to 20% dose...
The use of high-dose-rate brachytherapy is currently a widespread practice worldwide. The most commo...
Abstract The dose distribution has been calculated around a high dose rate 192Ir source located in t...
This study presents the results of EGSnrc Monte Carlo calculations of the dose distribution surround...
The purpose from this work is the investigation for dosimetric parameters of the two new BEBIG sourc...
PurposeA joint working group was created by the American Association of Physicists in Medicine (AAPM...
There have been increasing numbers of studies in high dose-rate (HDR) brachytherapy dosimetry, which...
Monte Carlo calculations and TLD measurements have been performed for the purpose of characterizing ...
Determining dose distribution around the applied sources in brachytherapy, especially ones with low-...
Current brachytherapy dosimetry protocols assume that a physical source may be approximated by a poi...
Background: The presence of least dense dry air and highly dense cortical bone in the path of radiat...
Purpose: In order to facilitate a smooth transition for brachytherapy dose calculations from the Ame...
In order to facilitate a smooth transition for brachytherapy dose calculations from the American Ass...
Background: I-125 is one of the important sources frequently used in brachytherapy. Up to now, sever...
Background: 125I is one of the important sources frequently used in brachytherapy. Up to now, severa...
The conventional treatment planning system (TPS) gives analytical calculations with ± 15 to 20% dose...
The use of high-dose-rate brachytherapy is currently a widespread practice worldwide. The most commo...
Abstract The dose distribution has been calculated around a high dose rate 192Ir source located in t...
This study presents the results of EGSnrc Monte Carlo calculations of the dose distribution surround...
The purpose from this work is the investigation for dosimetric parameters of the two new BEBIG sourc...
PurposeA joint working group was created by the American Association of Physicists in Medicine (AAPM...
There have been increasing numbers of studies in high dose-rate (HDR) brachytherapy dosimetry, which...
Monte Carlo calculations and TLD measurements have been performed for the purpose of characterizing ...
Determining dose distribution around the applied sources in brachytherapy, especially ones with low-...
Current brachytherapy dosimetry protocols assume that a physical source may be approximated by a poi...
Background: The presence of least dense dry air and highly dense cortical bone in the path of radiat...