During the last two decades screen-film (SF) systems have been replaced by digital X-ray systems. The advent of digital technologies brought a number of digital solutions based on different detector and readout technologies. Improvements in technology allowed the development of new digital technologies for projection radiography such as computed radiography (CR) and digital radiography (DR). The large number of scientific papers concerning digital X-ray systems that have been published over the last 25 years indicates the relevance of these technologies in healthcare. There are important differences among different detector technologies that may affect system performance and image quality for diagnostic purposes. Radiographers are expecte...
Wilhelm Conrad Röntgen became the father of diagnostic imaging when he discovered the eponymous rays...
Objective. To evaluate a recently developed low-dose, largefield, direct digital X-ray scanning syst...
The fully digital radiology department remains a radiologist\u27s dream. The technology necessary fo...
Digital X-ray detector technologies provide several advantages when compared with screen-film (SF) ...
Digital radiography detectors—based on different technological solutions—are currently available for...
Abstract. Digital radiography offers the potential of improved image quality as well as providing op...
This chapter addresses technical issues concerning digital technologies. Radiological equipment and ...
To date the hospital radiological workflow is completing a transition from analog to digital techno...
In the recent years, we have been witnessing a very dynamic development of diagnostic methods of ima...
Many years have passed since the discovery of X-rays, and yet X-ray examination remains one of the m...
Wilhelm Conrad Röntgen became the father of diagnostic imaging when he discovered the eponymous rays...
The first digital sensor used in intraoral radiography, RadioVisioGraphy was introduced in 1987. It ...
Wilhelm Conrad Röntgen became the father of diagnostic imaging when he discovered the eponymous rays...
This paper describes a digital radiography (DR) quality control protocol for DR detectors from the f...
This paper describes a digital radiography (DR) quality control protocol for DR detectors from the f...
Wilhelm Conrad Röntgen became the father of diagnostic imaging when he discovered the eponymous rays...
Objective. To evaluate a recently developed low-dose, largefield, direct digital X-ray scanning syst...
The fully digital radiology department remains a radiologist\u27s dream. The technology necessary fo...
Digital X-ray detector technologies provide several advantages when compared with screen-film (SF) ...
Digital radiography detectors—based on different technological solutions—are currently available for...
Abstract. Digital radiography offers the potential of improved image quality as well as providing op...
This chapter addresses technical issues concerning digital technologies. Radiological equipment and ...
To date the hospital radiological workflow is completing a transition from analog to digital techno...
In the recent years, we have been witnessing a very dynamic development of diagnostic methods of ima...
Many years have passed since the discovery of X-rays, and yet X-ray examination remains one of the m...
Wilhelm Conrad Röntgen became the father of diagnostic imaging when he discovered the eponymous rays...
The first digital sensor used in intraoral radiography, RadioVisioGraphy was introduced in 1987. It ...
Wilhelm Conrad Röntgen became the father of diagnostic imaging when he discovered the eponymous rays...
This paper describes a digital radiography (DR) quality control protocol for DR detectors from the f...
This paper describes a digital radiography (DR) quality control protocol for DR detectors from the f...
Wilhelm Conrad Röntgen became the father of diagnostic imaging when he discovered the eponymous rays...
Objective. To evaluate a recently developed low-dose, largefield, direct digital X-ray scanning syst...
The fully digital radiology department remains a radiologist\u27s dream. The technology necessary fo...