The largest contribution to radiation exposure to the population as a whole arises from diagnostic X-rays. Protecting the patient from radiation is a major aim of modern health policy, and an understanding of the relationship between radiation dose and image quality is of pivotal importance in optimising medical diagnostic radiology. In this volume the data provided for exploring these concerns are partly based on X-ray spectra, measured on diagnostic X-ray tube assemblies, and are supplemented by the results of measurements on phantoms and simulation calculations
Optimization of dose in radiographic examinations is essential since the utilization of x-radiation ...
Introduction: X-rays and other imaging modalities are considered to be the hugest human source of ra...
An integral part of cost-benefit analysis within medicine is the comparative assessment of the clini...
Different essential radiographic parameters were studied in order to assess radiographic image quali...
An important aspect of the workshop on optimisation of image quality and patient exposure in diagnos...
This Chapter introduces basic aspects of X-ray imaging for diagnostic radiology, in the so-called di...
This chapter introduces basic aspects of x-ray imaging for diagnostic radiology, in the so-called di...
Accurate measures of both clinical image quality and patient radiation risk are needed for successfu...
In X-ray diagnostics, radiation that is partly transmitted through and partly absorbed in the irradi...
Abstract. This paper summarizes technological advances in diagnostic radiography, fluoroscopy and co...
The radiation burden of an individual patient caused by a radiological examination depends strongly ...
A simple method of assessing optimal X-ray beam quality in respect to patient exposure and image qua...
X-ray imaging in diagnostic radiology is recognized worldwide as an outstanding tool for the early r...
The concept of radiographic quality assurance focuses primarily on the enhancement of radiographic i...
The discovery of X-rays was undoubtedly one of the greatest stimulus for improving the efficiency i...
Optimization of dose in radiographic examinations is essential since the utilization of x-radiation ...
Introduction: X-rays and other imaging modalities are considered to be the hugest human source of ra...
An integral part of cost-benefit analysis within medicine is the comparative assessment of the clini...
Different essential radiographic parameters were studied in order to assess radiographic image quali...
An important aspect of the workshop on optimisation of image quality and patient exposure in diagnos...
This Chapter introduces basic aspects of X-ray imaging for diagnostic radiology, in the so-called di...
This chapter introduces basic aspects of x-ray imaging for diagnostic radiology, in the so-called di...
Accurate measures of both clinical image quality and patient radiation risk are needed for successfu...
In X-ray diagnostics, radiation that is partly transmitted through and partly absorbed in the irradi...
Abstract. This paper summarizes technological advances in diagnostic radiography, fluoroscopy and co...
The radiation burden of an individual patient caused by a radiological examination depends strongly ...
A simple method of assessing optimal X-ray beam quality in respect to patient exposure and image qua...
X-ray imaging in diagnostic radiology is recognized worldwide as an outstanding tool for the early r...
The concept of radiographic quality assurance focuses primarily on the enhancement of radiographic i...
The discovery of X-rays was undoubtedly one of the greatest stimulus for improving the efficiency i...
Optimization of dose in radiographic examinations is essential since the utilization of x-radiation ...
Introduction: X-rays and other imaging modalities are considered to be the hugest human source of ra...
An integral part of cost-benefit analysis within medicine is the comparative assessment of the clini...