Screen X-Ray Enhancing

An X-ray intensifying screen (X-ray intensifying screen) is a special material that is inserted into the X-ray film along with it to improve the image contrast. The ERU is a thin layer that absorbs some of the X-ray radiation and transfers the rest to the film. This allows you to increase the brightness and clarity of the image on the film.

X-ray intensifying screen is used in various fields of medicine, such as radiography, computed tomography and others. It helps doctors and radiologists obtain more accurate and detailed images of a patient's internal organs and tissues.

ERU is made from various materials such as aluminum, gold, silver and other metals. Each material has its own characteristics and properties that affect the effectiveness of the screen. For example, aluminum is one of the most common materials for the manufacture of ERUs, as it has a high ability to absorb x-rays. However, it can also cause some problems such as spots appearing on the image.

Thus, the X-ray intensifying screen is an important tool for obtaining high-quality X-ray images. It improves image contrast and detail, making it indispensable for many medical procedures.

X-ray intensifying screens are plates of a mixture of silver and barium halides placed between x-ray film and a photographic plate. As a result of the interaction of X-ray radiation with the substance of the screen, it weakens, and at the same time, a stream of photons with higher energy than that of X-rays propagates in the direction of the film. Thus, X-ray intensifying films make it possible to increase the image contrast on X-ray photographs, which is especially important when diagnosing diseases. In addition, such films have high sensitivity and allow one to obtain high-quality images even with weak X-ray radiation.