Physics Asked by Omry on January 25, 2021
From what I understand, neutrons hitting a germanium detector will cause damage to it by displacing atoms from the lattice, thus creating vacancies which become a trap for charge carriers.
These vacancies in turn, broaden the peak in an unsymmetrical way.
The question is, why does this cause a broadening of the peak? (Both to the left and right of the original peak)
One just sees a broader peak with some asymmetry. The energy scaling is redone frequently, one does not generally keep track of how it changes over time. But it expected to decrease.
Answered by Pieter on January 25, 2021
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