CdZnTe-based sensors for X-ray radiation measurements
Abstract
Sensors based on the wide-bandgap semiconductor compound CdZnTe have been investigated. The advantages of such sensors are demonstrated: a wide range of photon flux and energy measurement, high detection efficiency, and satisfactory energy resolution without the need for deep cooling. Devices based on CdZnTe sensors are described, including a dosimeter for dose-rate monitoring and an X-ray spectrometer. The developed detection modules reliably register X-ray radiation starting from energies of 5 keV.
Copyright (c) 2006 Rybka A. V., Zakharchenko A. A., Davydov L. N., Shlyakhov I. N., Blinkin A. A., Kutnyi K. V.

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