Author Question: Beam attenuation is defined as: scatter production strengthening of the beam as it passes through ... (Read 197 times)

lunatika

  • Hero Member
  • *****
  • Posts: 548
Beam attenuation is defined as:
 
 scatter production
  strengthening of the beam as it passes through tissues
  the effects of absorption qualities upon tissues and radiographic appearances
  the path of the x-ray beam

Question 2

The single most effective way to reduce the production of scatter is:
 
 increase filtration
  collimate
  use of a grid
  increase screen speed



Juro

  • Sr. Member
  • ****
  • Posts: 337
Answer to Question 1

the effects of absorption qualities upon tissues and radiographic appearances

Rationale: Tissues of different atomic numbers will either absorb the beam or allow the beam to pass easily through. Tissues with high atomic number such as bone will absorb most of the beam, resulting in white image components. Tissues easily penetrated will appear darker.

Answer to Question 2

collimate

Rationale: Scatter radiation occurs during interaction with patient tissue. The most effective means to decrease scatter production is through beam restriction.



Related Topics

Need homework help now?

Ask unlimited questions for free

Ask a Question
 

Did you know?

There are immediate benefits of chiropractic adjustments that are visible via magnetic resonance imaging (MRI). It shows that spinal manipulation therapy is effective in decreasing pain and increasing the gaps between the vertebrae, reducing pressure that leads to pain.

Did you know?

The senior population grows every year. Seniors older than 65 years of age now comprise more than 13% of the total population. However, women outlive men. In the 85-and-over age group, there are only 45 men to every 100 women.

Did you know?

Intradermal injections are somewhat difficult to correctly administer because the skin layers are so thin that it is easy to accidentally punch through to the deeper subcutaneous layer.

Did you know?

The human body produces and destroys 15 million blood cells every second.

Did you know?

Barbituric acid, the base material of barbiturates, was first synthesized in 1863 by Adolph von Bayer. His company later went on to synthesize aspirin for the first time, and Bayer aspirin is still a popular brand today.

For a complete list of videos, visit our video library