Abstract
This chapter deals with the physics of events that occur when photons and electrons interact with matter. These are the radiations that are important for diagnostic radiology, and only those interactions that result in their attenuation, absorption and scattering are dealt with. Other interactions, such as those with nuclei, are not considered here because they only occur for radiation that is higher in energy than that used for diagnostic radiology.
Citation Formats
Cunningham, J. R., and Dance, D. R.
Interactions of Radiation with Matter. Chapter 2.
IAEA: N. p.,
2014.
Web.
Cunningham, J. R., & Dance, D. R.
Interactions of Radiation with Matter. Chapter 2.
IAEA.
Cunningham, J. R., and Dance, D. R.
2014.
"Interactions of Radiation with Matter. Chapter 2."
IAEA.
@misc{etde_22360625,
title = {Interactions of Radiation with Matter. Chapter 2}
author = {Cunningham, J. R., and Dance, D. R.}
abstractNote = {This chapter deals with the physics of events that occur when photons and electrons interact with matter. These are the radiations that are important for diagnostic radiology, and only those interactions that result in their attenuation, absorption and scattering are dealt with. Other interactions, such as those with nuclei, are not considered here because they only occur for radiation that is higher in energy than that used for diagnostic radiology.}
place = {IAEA}
year = {2014}
month = {Sep}
}
title = {Interactions of Radiation with Matter. Chapter 2}
author = {Cunningham, J. R., and Dance, D. R.}
abstractNote = {This chapter deals with the physics of events that occur when photons and electrons interact with matter. These are the radiations that are important for diagnostic radiology, and only those interactions that result in their attenuation, absorption and scattering are dealt with. Other interactions, such as those with nuclei, are not considered here because they only occur for radiation that is higher in energy than that used for diagnostic radiology.}
place = {IAEA}
year = {2014}
month = {Sep}
}