Abstract
We have measured the energy dependent conversion factors and quantum efficiencies for a number of selected phosphors in response to 0.7 to 6.0 keV X-rays. We have investigated the effects of deposition techniques, optical attenuation, dead layer material and front surface aluminization upon the light yield of the phosphor. From these measurements a simple model was derived that enables us to predict the light yield of a phosphor over a wide range of incident X-ray energies.
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