On the basis of major types of X-ray detectors that are available in the global market, the X-ray detectors market is categorized into three segments, namely, photostimulable
storage phosphor (PSP) detectors, flat panel detectors (FPDs) and other (CCDs, CMOS detectors, etc).
Global X-ray Market, by Product Type - Stationary X-ray - Portable X-ray - - Mobile X-ray - - Handheld X-ray Global X-ray Market, by Technology - Analog X-ray - Digital X-ray - - Computed Radiography - - Direct Digital Radiography Global X-ray Detectors Market, by Type - Photostimulable
Storage Phosphor (PSP) Detectors - Flat Panel Detectors - - Indirect FPDs - - Direct FPDs - Other X-ray Detectors (CCD, CMOS, X-ray Films, etc.
Tenders are invited for Supply of Photostimulable
Among the topics are digital radiographic image processing and manipulating, photostimulable
phosphor image capture, networking and communication basics, and quality acceptance testing within digital projection imaging.
phosphor (PSP) plates are small, thin sensors that resemble traditional film packets.
At the time, there was only one technology available to replace the analog screen-film detector--a cassette-based, passive acquisition photostimulable
storage phosphor (PSP) and plate reader system, known as "computed radiography" (CR).
phosphor plates behave as energy-integrating detectors, and the output signal is proportional to the total deposited energy.
The direct system uses a sensor based on a charge coupled device (CCD) and the indirect uses photostimulable
phosphor plates (PSP).
Researchers at NIST have demonstrated the effectiveness of photostimulable
image plates for recording spectra in the far ultraviolet region of the electromagnetic spectrum.
Instead of traditional film these CR systems utilize durable, flexible, reusable phosphor storage plates which are coated with photostimulable
Computed radiography is similar to conventional radiography; however, it uses imaging plates made of photostimulable
phosphor instead of films.
Supply, delivery, installation and commissioning of systems by scanning plates for luminescent photostimulable