X-ray kymography Single-slit

X-ray kymography using a single-slit grating is one of the radiography methods that allows you to obtain higher-quality images of the objects under study. This method is based on the use of a lead plate with one narrow slit, which acts as a grating, which reduces X-ray scattering and improves image resolution.

When performing X-ray kymography using a single-slit array, the patient is placed in front of a screen on which an image of the object being examined is displayed. X-rays passing through a slit in the lead plate pass through the object and onto the screen. In this case, each X-ray beam passes through the object only through a certain area, which allows you to obtain a clearer and more detailed image.

Single-slit X-ray kymography is widely used in medicine to diagnose various diseases, such as tumors, bone fractures, joint diseases and others. It can also be used to monitor treatment and evaluate the effectiveness of therapy.

One of the advantages of single-slit X-ray kymography is its high accuracy and sensitivity. This allows you to obtain images with high resolution and clarity, which is especially important when diagnosing small parts. In addition, this method allows for examinations without the use of contrast agents, which makes it safer for patients.

**X-ray kymography.**

The X-ray method of optical examination of objects immersed in a transparent liquid or located near the interface between media with different optical properties is used quite often. Light pulses are scattered by the medium, become spatiotemporal random pulses and change relative to the initial position due to the chromatic dispersion of the moving electric field of the light wave. Light pulses are recorded using electromagnetic devices. Specific x-ray methods of optical research include radiography, x-ray vision and fluoroscopy, x-ray autography, radiography and its modifications (x-ray stereography, graphotek, etc.). X-ray research methods with