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3.1.2. The Compton scattering

As a result of incoherent (Compton) dispersion of a quantum on a mobile electron a part of energy of quantum Eyпередается to a Compton electron.

The resultant energy of an absent-minded quantum is spotted by a Compton relation: where φ - a corner of a veering of distribution of an initial and absent-minded quantum. The lateral angle φ has the isotropic allocation.

The differential section of dispersion is calculated under Klein-NISHINY formula amma:

3.1.3.

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A source: SMIRNOV Alexander Aleksandrovich. Electrophysical performances of detecting structures on the basis of CdTe and CdZnTe. The dissertation on competition of a scientific degree of the candidate of physical and mathematical sciences. Tver - 2018. 2018

More on topic 3.1.2. The Compton scattering:

  1. the light scattering phenomenon
  2. a method of dynamic light scattering
  3. modelling of physical processes in substance
  4. interaction of gamma-quantums with substance
  5. 10.3. Effects and discussion
  6. radiation uptake in a detector material
  7. 3. Rossypnoe gold.
  8. methods of research of polymeric disperse
  9. a method full indikatrisy dispersion
  10. CONCLUSIONS
  11. Deductions to chapter 1
  12. definition svetorassejanija in германии4
  13. effects of dispersion in porous polymeric materials