Purpose: To develop a computed tomography (CT) organ dose estimation method designed
to readily provide organ doses in a reference adult male and female for different scan …

Purpose: To validate the accuracy of a Monte Carlo source model of the Siemens
SOMATOM Sensation 16 CT scanner using organ doses measured in physical …

The rapidly increasing number of diagnostic computed tomography (CT) procedures in the
recent decades has spurred heightened concern over the potential risk to patients. Although …

The purpose of this work was to investigate the applicability and appropriateness of Monte
Carlo‐derived normalized data to provide accurate estimations of patient dose from …

Purpose: To establish an organ dose database for pediatric and adolescent reference
individuals undergoing computed tomography (CT) examinations by using Monte Carlo …

Purpose: Radiation exposure from computed tomography (CT) to the public has increased
the concern among radiation protection professionals. Being able to accurately assess the …

Purpose To quantify differences in computationally estimated computed tomography (CT)
organ doses for patient‐specific voxel phantoms to estimated organ doses in matched …

By using a voxel-based Monte Carlo simulation technique, we developed and validated a
method to calculate radiation-absorbed dose in the computed tomography (CT) …

This paper describes the development and testing of VirtualDose—a software for reporting
organ doses for adult and pediatric patients who undergo x-ray computed tomography (CT) …

Purpose: This study aimed to provide a comprehensive patient‐specific organ dose
estimation across a multiplicity of computed tomography (CT) examination protocols …