2005.0053196 A1 3/2005 Mostafavi 2005, OO58248 A1 3/2005 Klingenbeck-Regn
2005/02O1510 A1 9, 2005 Mostafavi 2005/0276377 A1* 12, 2005 Carol …

Purpose: The aim of this research was to explore x‐ray beam parameters with intent to
optimize pediatric x‐ray settings in the cardiac catheterization laboratory. This study …

Objective To present a methodology and experimental results to assess the influence, in
terms of dose and image quality, of the antiscatter grid (AG) in a pediatric cardiology X‐ray …

A Monte Carlo computational model of a fluoroscopic imaging chain was used for deriving
optimal technique factors for paediatric fluoroscopy. The optimal technique was defined as …

We investigated how varying the x‐ray tube voltage and image receptor input exposure
affected image quality and patient radiation doses in interventional neuroradiologic imaging …

The concept of energy imparted by ionizing radiation to the matter in a volume is analyzed
and methods to determine the energy imparted ε to the patient are reviewed, in particular …

This paper presents a mammography simulator and demonstrates its applicability in
feasibility studies in dual-energy (DE) subtraction mammography. This mammography …

The off‐axis x‐ray spectra from a constant potential x‐ray generator were measured with a
high purity germanium spectrometer cooled to liquid nitrogen temperature. The measured …

Energy imparted is a measure of the total ionizing energy deposited in the patient during a
radiologic examination and may be used to quantify the patient dose in diagnostic radiology …

The ability to predict clinical image quality from physical measures is useful for optimization
in diagnostic radiology. In this work, clinical and physical assessments of image quality are …