How to calculate PDS radiology?

How to calculate PDS radiology?

How to calculate PDS radiology?

THE PRODUCT DOSE X SURFACE (PDS) The explanation is simple: the dose decreases with the square of the distance (example: at 4 m, it is divided by 16) while the surface area increases in the same proportions. the PDS is determined by the installation.

How does an x-ray work?

To get an image of x-raythe person is placed between a x-ray and a sensor. The device emits X-rays, while the sensor receives them. The rays will then pass through the body and print an image of the latter on the sensor.

What kind of imagery?

The different technologiesimagery medical

  • X-ray | To scan | Single photon scintigraphy | Positron Emission Tomography | Ultrasound | Electroencephalography | Magnetoencephalography | Imaging by magnetic resonance | Diffusion MRI | Functional MRI.
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What is a full body examination called?

L’review computed tomography of the entire body is carried out to highlight pathologies such as: Malformations. Inflammatory foci.

Why do an x-ray?

It has its place in the detection and management of inflammatory diseases, heart failure or pneumonia. Its use is also almost systematic in orthopedics where it makes it possible to highlight skeletal lesions.

Who invented radiography?

Thus, he had the idea of ​​making the very first X-ray in history, that of the hand of his wife, Anna Bertha Röntgen. When his discovery was published, it was an almost instantaneous revolution since the first radiology departments opened at the beginning of the year 18 in France thanks to Antoine Béclère.

What are the benefits of an x-ray?

It especially allows the study of the skeleton and the joints, the lungs, the abdomen, the breasts. X-rays are useful to your doctor in his diagnostic approach and in order to carry out appropriate treatment.

What is Computed Chest X-ray?

Digital chest x-ray. Radiography is a technique of transmission imaging, by X-rays in the context of X-ray radiography, or by gamma rays in gammagraphy. X-rays are high frequency electromagnetic waves of the order of 10 16 Hz to 10 20 Hz and which penetrate condensed matter (solids and liquids).