Objective Radiation dose and image quality estimation of three X-ray volume imaging (XVI)
systems. Methods A total of 126 patients were examined using three XVI systems (groups 1 …

Objective To evaluate the radiation dose received by procedural personnel and patients
from an X-ray volume imaging (XVI) system during interventional procedures. Methods Forty …

Purpose To test the hypothesis that patient size can be accurately calculated from axial
computed tomographic (CT) images, including correction for the effects of anatomy …

The purpose of this study is to evaluate and compare image quality characteristics for two
commonly used and commercially available CBCT systems: the X‐ray Volumetric Imager …

There are case reports of injuries caused by the radiation from interventional radiology (IVR)
X‐ray systems. Therefore, the management of radiation doses in IVR is important. However …

Abstract Background In Germany, approximately 95% of man-made radiation exposure of
the population results from diagnostic and interventional X‑ray procedures. Thus, radiation …

Purpose: To characterize variability in image quality and radiation dose across a large
cohort of computed tomography (CT) examinations and identify the scan factors with the …

Objective The purpose of this work is to evaluate the impact of optimization of magnification
on performance parameters of the variable resolution X-ray (VRX) CT scanner. MethodsA …

Medical imaging using X-rays has been one of the most popular imaging modalities ever
since the discovery of X-rays 125 years ago. With unquestionable benefits, concerns about …

Radiation used in CT examinations needs to be selected on image quality criteria, and also
take into account the patient's exposure. X-ray beam quality is controlled by the X-ray tube …