Electronics Letters · 2004 · 13 citations · 4 references
EngineeringRadiologyDiagnostic RadiologyRadiation DetectionRadiation MeasurementDetector TechnologyMammography PhysicsRadiation DetectorsRadiation Imaging DetectorsX-ray DetectionX-ray DetectorsBreast X-ray ImagingCurrent-to-voltage ConversionDetector DesignLithium NiobateMammographyMammography DetectorsMammography ImagingX-ray Imaging Physics
A detector system that can measure X-ray intensity in the mammographic range of 22 to 36 kVp (equivalent photon energies of the beam between 11 and 15 keV) is presented. It consists of a lithium niobate detector and a high-sensitivity current-to-voltage converter.
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Breast cancer following irradiation of the breast
Edward Baral, Lars‐Eric Larsson, Britta Mattsson · Cancer · 1977 · 117 citations · Full text
Assessment of mean glandular dose in mammography
K. Faulkner, Law J, Keith Robson · British Journal of Radiology · 1995 · 29 citations