Podcast
Questions and Answers
What is the primary consequence of the coherent scattering process described in the text?
What is the primary consequence of the coherent scattering process described in the text?
- The incident photon is scattered with no loss of energy. (correct)
- The incident photon causes the atom to undergo ionization.
- The incident photon is scattered with significant loss of energy.
- The incident photon causes the electron to be ejected from the atom.
What is the primary reason that coherent scattering is of little significance in most diagnostic procedures?
What is the primary reason that coherent scattering is of little significance in most diagnostic procedures?
- The scattered radiation does not leave the beam. (correct)
- The scattered radiation has a high energy that can damage the material.
- The scattered radiation leaves the beam.
- The scattered radiation produces ionization in the material.
Which of the following properties of the incident photon is most important for the coherent scattering process to occur?
Which of the following properties of the incident photon is most important for the coherent scattering process to occur?
- Low frequency of the photon.
- Low energy of the photon. (correct)
- High energy of the photon.
- High frequency of the photon.
Which of the following terms is used to describe the coherent scattering process described in the text?
Which of the following terms is used to describe the coherent scattering process described in the text?
What is the primary mechanism by which the incident photon interacts with the electron in the coherent scattering process?
What is the primary mechanism by which the incident photon interacts with the electron in the coherent scattering process?
What does the linear attenuation coefficient measure?
What does the linear attenuation coefficient measure?
How is the linear attenuation coefficient value affected by the number of atoms in a material?
How is the linear attenuation coefficient value affected by the number of atoms in a material?
What calculation can be made using the transmitted intensity equation and linear attenuation coefficients?
What calculation can be made using the transmitted intensity equation and linear attenuation coefficients?
In what situations can the incident x-ray energy be determined using linear attenuation coefficients?
In what situations can the incident x-ray energy be determined using linear attenuation coefficients?
What information is needed to determine the material from the value of μ?
What information is needed to determine the material from the value of μ?
How does the fraction of photon interaction in the 1-cm thickness impact the linear attenuation coefficient?
How does the fraction of photon interaction in the 1-cm thickness impact the linear attenuation coefficient?
