Abstract
Measurements of the two-photon coincidence rate from 84 keV electrons from a 109Cd source on thick targets of Ag, Au, and Pb are compared with a thick-target double atomic-field bremsstrahlung (TBD) model. Each photon energy range was 32–52 keV. The target thickness ranged from 3 to 30 mg/cm 2. Results for the thick-target single-bremsstrahlung (TSB) energy spectrum for 64 keV electrons in coincidence with the 22 keV X-ray from the source will also be compared with the TSB theory.
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