Due to the significant increase in pediatric trunk computed tomography (CT) examinations, there is a need for a reliable approach of conducting effectivedose estimate for such procedures. The current study is based on two dosimetric anthropomorphic phantoms representing a 1-year and a 5-year old child. Effectiveand equivalent tissue doses from CT examinations of the trunk were determined by thermoluminescent dosimeters (TLDs) and the CT-Expo software. The results of the two investigated methods show good agreement
Determination of dosimetric quantities in pediatric abdominal computed tomography scans* Quantificaç...
The use of computed tomography (CT) worldwide is continuing to increase for both adults and children...
The purpose of the study is to perform phantom-based optimisation of paediatric computed tomography ...
Computed tomography (CT) is the single biggest ionising radiation risk from anthropogenic exposure. ...
Purpose: Computational dosimetry software is routinely used to evaluate the organ and effective dose...
The common methods for patient dose estimations in computed tomography (CT) are thermoluminescence d...
Objective: to compare a radiation dose obtained during standard digital radiography, tomosynthesis, ...
X-ray CT examinations have been performed for not only adult patients but also children because of t...
This study aimed to identify the uncertainty in estimations of organ absorbed dose using dedicated s...
Purpose: The increase in the frequency of CT examinations over the past decade has raised concerns a...
The global increase in the number of computed tomography (CT) examinations have enhanced c...
The magnitude of radiation dose in computed tomography (CT) depends on the scan acquisition paramete...
Background: The use of pediatric CT that had recently emerged as a valuable imaging tool has increas...
The aim of this study is to estimate tube current modulation (TCM) profiles in paediatric computed t...
This report provides a catalogue of organ dose conversion factors resulting from computed tomographi...
Determination of dosimetric quantities in pediatric abdominal computed tomography scans* Quantificaç...
The use of computed tomography (CT) worldwide is continuing to increase for both adults and children...
The purpose of the study is to perform phantom-based optimisation of paediatric computed tomography ...
Computed tomography (CT) is the single biggest ionising radiation risk from anthropogenic exposure. ...
Purpose: Computational dosimetry software is routinely used to evaluate the organ and effective dose...
The common methods for patient dose estimations in computed tomography (CT) are thermoluminescence d...
Objective: to compare a radiation dose obtained during standard digital radiography, tomosynthesis, ...
X-ray CT examinations have been performed for not only adult patients but also children because of t...
This study aimed to identify the uncertainty in estimations of organ absorbed dose using dedicated s...
Purpose: The increase in the frequency of CT examinations over the past decade has raised concerns a...
The global increase in the number of computed tomography (CT) examinations have enhanced c...
The magnitude of radiation dose in computed tomography (CT) depends on the scan acquisition paramete...
Background: The use of pediatric CT that had recently emerged as a valuable imaging tool has increas...
The aim of this study is to estimate tube current modulation (TCM) profiles in paediatric computed t...
This report provides a catalogue of organ dose conversion factors resulting from computed tomographi...
Determination of dosimetric quantities in pediatric abdominal computed tomography scans* Quantificaç...
The use of computed tomography (CT) worldwide is continuing to increase for both adults and children...
The purpose of the study is to perform phantom-based optimisation of paediatric computed tomography ...