X Ray Purpose Definition

An x ray device creates an image by passing electromagnetic energy through the body.

X ray purpose definition. A trained x ray technologist takes the x ray. There are many types of x rays that are used to diagnose conditions and diseases. Mammography is a type of x ray radiograph that is used to detect breast cancer. A radiologist will look at your x rays.

A radiologist is a medical doctor who is specially trained in reading and understanding the results of imaging scans like x rays. You will stand next to a plate this plate may contain x ray film or a special sensor that. Thus analysis of x ray images of the body is a valuable medical diagnostic tool. An x ray technologist or radiologist can perform an x ray in a hospital s radiology department a dentist s office or a clinic that specializes in diagnostic procedures.

Know the risks and benefits of x ray its uses purpose procedure and history. An x ray uses electromagnetic radiation to create images of the interior of an object. The individual is first asked to remove clothing and jewelry and to wear a hospital gown. X rays have been in use by the doctors for many decades.

X ray is the most common imaging test used for detecting and diagnosing medical conditions. The x ray technologist positions the patient appropriately so that the part of the body to be x rayed will be between the x ray beam and the film plate. X ray electromagnetic radiation of extremely short wavelength and high frequency with wavelengths ranging from about 10 8 to 10 12 metre. The passage of x rays through materials including biological tissue can be recorded.

Computed tomography ct scans combine x ray with computer processing to create detailed pictures scans of cross sections of the body that are combined to form a three dimensional x ray image. The following are examples. An x ray or x radiation is a penetrating form of high energy electromagnetic radiation most x rays have a wavelength ranging from 10 picometers to 10 nanometers corresponding to frequencies in the range 30 petahertz to 30 exahertz 3 10 16 hz to 3 10 19 hz and energies in the range 124 ev to 124 kev x ray wavelengths are shorter than those of uv rays and typically longer than those of.