Question about x-ray, concept confusion

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SUMMARY

The discussion centers on the Bremsstrahlung effect and electron interactions in atomic structures. It confirms that an electron can be brought to rest through multiple interactions, leading to a slower state or potentially escaping the material. Additionally, while an incoming electron can excite a shell electron to a higher energy state, this process is rare and often indistinguishable from free electron interactions in typical experimental setups.

PREREQUISITES
  • Understanding of the Bremsstrahlung effect in particle physics
  • Knowledge of atomic structure and electron shell configurations
  • Familiarity with photon emission and energy level transitions
  • Basic principles of electron interactions in materials
NEXT STEPS
  • Research the mechanisms of the Bremsstrahlung effect in detail
  • Explore electron excitation and photon emission processes in atomic physics
  • Study experimental setups for observing electron interactions
  • Learn about the statistical likelihood of different electron interaction outcomes
USEFUL FOR

Physicists, students of particle physics, and researchers interested in atomic interactions and radiation processes will benefit from this discussion.

Clara Chung
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1. Must the electron brought to rest(in one step or many steps) in Bremsstrahlung effect?
2. Besides from a coming electron knocking off an electron on the shell then another electron fills the void, can the coming electron just excite an electron on the shell to a higher state and release a photon by the electron falling to a lower energy level?
 
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Clara Chung said:
1. Must the electron brought to rest(in one step or many steps) in Bremsstrahlung effect?
It gets slower, after a few interactions this typically means the electron is slow. It can also leave the material and fly away, however.
Clara Chung said:
2. Besides from a coming electron knocking off an electron on the shell then another electron fills the void, can the coming electron just excite an electron on the shell to a higher state and release a photon by the electron falling to a lower energy level?
Yes, but that process is very unlikely, and indistinguishable from free electrons falling in in most setups.
 
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