Estimating absorbed doses to children from external and internal radiation sources has become important to the nuclear industry and pediatric nuclear medicine. The Medical Physics and Internal Dosimetry Section at ORNL has recently completed the design of mathematical representations of children of ages newborn, 1 year, and 5 years old. These mathematical representations will be referred to as pediatric phantoms. Using these phantoms, relevant energy deposition data have been developed which establish a meaningful model for use in estimating radiation dose to children. (auth
Background: The purpose of the study was to evaluate the radiation dose of the NOMAD Pro 2 device fo...
Formulae were investigated for predicting the effective dose to children, per unit administered acti...
Personalized dosimetry in pediatric patients is of great interest, due to the higher radiosensitivit...
Nowadays, the value of paediatric nuclear diagnostic medical imaging has been well established withi...
The purpose of this study was to determine, by theoretical calculation and experimental measurement,...
Purpose: Positron emission tomography (PET) plays an important role in the diagnosis, staging, treat...
Pediatric applications of nuclear medicine provide invaluable information in the diagnosis and follo...
The Monte Carlo method was employed to simulate realistic treatment situations for photon and proton...
PET uses specific molecules labelled with positron-emitting radionuclides to provide valuable bioche...
The Monte Carlo method was employed to simulate realistic treatment situations for photon and proton...
The global increase in the number of computed tomography (CT) examinations have enhanced c...
Hybrid computational phantoms combine voxel-based and simplified equation-based modelling approaches...
Lung disease represents one of the most life-threatening conditions in prematurely born children. In...
Purpose: To assess out-of-field doses in radiotherapy treatments of pediatric patients, using Monte ...
Background: A literature review revealed that there is a lack of valid data on bitewing exposure dos...
Background: The purpose of the study was to evaluate the radiation dose of the NOMAD Pro 2 device fo...
Formulae were investigated for predicting the effective dose to children, per unit administered acti...
Personalized dosimetry in pediatric patients is of great interest, due to the higher radiosensitivit...
Nowadays, the value of paediatric nuclear diagnostic medical imaging has been well established withi...
The purpose of this study was to determine, by theoretical calculation and experimental measurement,...
Purpose: Positron emission tomography (PET) plays an important role in the diagnosis, staging, treat...
Pediatric applications of nuclear medicine provide invaluable information in the diagnosis and follo...
The Monte Carlo method was employed to simulate realistic treatment situations for photon and proton...
PET uses specific molecules labelled with positron-emitting radionuclides to provide valuable bioche...
The Monte Carlo method was employed to simulate realistic treatment situations for photon and proton...
The global increase in the number of computed tomography (CT) examinations have enhanced c...
Hybrid computational phantoms combine voxel-based and simplified equation-based modelling approaches...
Lung disease represents one of the most life-threatening conditions in prematurely born children. In...
Purpose: To assess out-of-field doses in radiotherapy treatments of pediatric patients, using Monte ...
Background: A literature review revealed that there is a lack of valid data on bitewing exposure dos...
Background: The purpose of the study was to evaluate the radiation dose of the NOMAD Pro 2 device fo...
Formulae were investigated for predicting the effective dose to children, per unit administered acti...
Personalized dosimetry in pediatric patients is of great interest, due to the higher radiosensitivit...