How are images created in phosphor plate receptors?

Images in phosphor plate receptors are created through a process that involves the storage of X-ray energy within a special phosphorescent material. When the plate is exposed to X-rays, it stores the energy in specific areas corresponding to the radiation intensity.

To create the visible image, the plate must undergo a scanning process where it is exposed to a laser. This laser scans the plate, releasing the stored energy as light. The emitted light is then collected by a photodetector and converted into a digital image, which can be processed, enhanced, and stored in a digital format. This method allows for high-quality images that can be easily manipulated and viewed on a computer.

The other options do not accurately describe the method of image creation for phosphor plates, as images are not developed manually in a darkroom, do not appear instantly without processing, nor are they digitized without scanning.