The energy loss by a charged particle interacting with matter is described by: a. Linear energy transfer b. Range C. Radiation yield d. Stopping power The total energy loss by electrons traversing an absorber depends upon: a. Kinetic energy of the electron b. Atomic number of the absorber C. Electron density of the absorber d. All of the above
The energy loss by a charged particle interacting with matter is described by: a. Linear energy transfer b. Range C. Radiation yield d. Stopping power The total energy loss by electrons traversing an absorber depends upon: a. Kinetic energy of the electron b. Atomic number of the absorber C. Electron density of the absorber d. All of the above
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Transcribed Image Text:The energy loss by a charged particle interacting with matter is described by:
a. Linear energy transfer
b. Range
C.
Radiation yield
d. Stopping power
The total energy loss by electrons traversing an absorber depends upon:
a. Kinetic energy of the electron
b. Atomic number of the absorber
C. Electron density of the absorber
d. All of the above
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