The Development of Flexible Scintillation Panels Based on Chalcogenide and Oxide Phosphors for Advanced X-Ray Scanners and Tomographs

Authors

  • S.M. Galkin Institute for Scintillation Materials, the NAS of Ukraine
  • I.A. Rybalka Institute for Scintillation Materials, the NAS of Ukraine
  • І.А. Tupitsyna Institute for Scintillation Materials, the NAS of Ukraine
  • V.S. Zvereva Institute for Scintillation Materials, the NAS of Ukraine
  • V.A. Litichevskiy Institute for Scintillation Materials, the NAS of Ukraine

DOI:

https://doi.org/10.15407/scine12.06.037

Keywords:

composite, detector, fine crystalline scintillator, ionizing radiation, radiographic scanner, scintillation panel

Abstract

The technology of flexible panels and dispersed scintillation elements for X-rays registration with high uniformity of scintillation parameters (mean deviation no more than 2%) and low cost has been developed. Parameters of flexible scintillation panels have been optimized, which enable their obtaining with high spatial resolution. The panels can be used as intensifying screens in medical and industrial radiography. Options for the operation of dual energy X-ray detectors working effectively in X-ray energy band (from 20 to 100 keV) have been proposed. Their possible applications are multienergy scanners and medical computer tomography.

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Published

2024-08-21

How to Cite

Galkin, S., Rybalka, I., Tupitsyna І., Zvereva, V., & Litichevskiy, V. (2024). The Development of Flexible Scintillation Panels Based on Chalcogenide and Oxide Phosphors for Advanced X-Ray Scanners and Tomographs. Science and Innovation, 12(6), 37–45. https://doi.org/10.15407/scine12.06.037

Issue

Section

Scientific Framework of Innovation Activity