primary components ARE two kinds
The term is "anatomic landmark." It refers to specific structures in the body that radiologists use as reference points when viewing radiographic images.
The radiographic equivalence for titanium when using a selenium source is typically around 0.30 to 0.35. This means that titanium has a similar radiographic density to materials that would require a selenium source for adequate imaging. The specific equivalence can vary based on factors like the thickness of the titanium and the energy of the radiation used. Thus, understanding these parameters is crucial for accurate radiographic assessments.
Intravenous pyelogram (IVP) is a radiographic study involving the urinary system. It uses a contrast material injected into a vein to visualize the kidneys, ureters, and bladder on X-ray images. IVP is primarily used to evaluate the structure and function of the urinary system.
The medical term you are looking for is lymphangiography. It involves using a contrast medium and radiographic imaging to visualize the lymphatic vessels.
KUB(Kidneys,Ureters,Bladder)
cassette
10x12cm 24x30cm 30x40cm 34x43cm
Periapical Radiographs
anteroposterior
A PA film has the patient facing and parallel to the film.
phosphor
between 0.12 and 0.20. As the film gets older the density will get higher. There is a standard out there that limits the usable film "base fog" density to 0.30.
Reticulation of radiographic film refers to a pattern of fine lines or a mottled appearance that can occur on the film due to improper processing. This phenomenon is often caused by extreme temperature changes during the developing process, particularly when the film is rapidly cooled or heated. It can compromise the quality of the radiographic image, making it difficult to interpret. Proper temperature control and processing techniques are essential to avoid reticulation.
oblique
geometric unsharpness is fixed by setting the focal radius,etc. while radiographic unsharpness consists of both geometric and film unsharpness.
As film screen speed increases, radiographic density decreases. Faster film screens require less exposure to produce the same density as slower film screens. This relationship is important in balancing exposure settings to achieve optimal image quality.
The term is "anatomic landmark." It refers to specific structures in the body that radiologists use as reference points when viewing radiographic images.