Sharp Cut off in bremsstralungh

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SUMMARY

The discussion centers on the sharp cutoff observed in bremsstrahlung X-ray emission at approximately 35 KeV. This cutoff is attributed to the maximum energy of the incident electrons, which cannot emit photons with energy exceeding this threshold. The phenomenon occurs because photons can only be produced when electrons are completely stopped, typically upon interaction with the nucleus. Additionally, variations in the accelerating voltage will result in corresponding changes to the cutoff energy.

PREREQUISITES
  • Understanding of bremsstrahlung radiation
  • Knowledge of X-ray emission principles
  • Familiarity with electron acceleration and energy levels
  • Basic concepts of nuclear interactions with electrons
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  • Research the principles of bremsstrahlung radiation in detail
  • Study the relationship between accelerating voltage and X-ray emission cutoff
  • Explore the effects of electron interactions with atomic nuclei
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Physicists, radiologists, and anyone involved in X-ray technology or radiation physics will benefit from this discussion, particularly those interested in the mechanics of bremsstrahlung and its applications in medical imaging and material analysis.

warrior_1
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Hi with respect to the bremsstralung and the Xray emission, i have a graph of the xray emmision and at the end of the bremsstrahlung, at roughly 35 KeV,there is a sharp cut off.

Is the reason for this because that 35KeV is the maximum energy of the incident
electrons, and hence no photon can be emitted with larger energy than
this, as it is only possible to produce a photon of this energy if the
electron is completely brought to a stop as it passes through the
nuclues?
 
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warrior_1 said:
Hi with respect to the bremsstralung and the Xray emission, i have a graph of the xray emmision and at the end of the bremsstrahlung, at roughly 35 KeV,there is a sharp cut off.

Is the reason for this because that 35KeV is the maximum energy of the incident
electrons, and hence no photon can be emitted with larger energy than
this, as it is only possible to produce a photon of this energy if the
electron is completely brought to a stop as it passes through the
nuclues?

Correct.Some electrons lose all of their kinetic energy on a single impact.If you use a different accelerating voltage the cut off will change accordingly.:smile:
 

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