Digital Radiography of Mammographic Phantoms and Biologic Samples Using a 64 Microstrips Crystalline Silicon Detector Coupled to the RX64 ASIC

Abstract

The present paper synthesizes the results obtained in the evaluation of a6 4 The present paper synthesizes the results obtained in the evaluation of a6 4 The present paper synthesizes the results obtained in the evaluation of a6 4 The present paper synthesizes the results obtained in the evaluation of a6 4 microstrips crystalline silicon detector coupled to RX64 ASIC, designed for high-energy physics microstrips crystalline silicon detector coupled to RX64 ASIC, designed for high-energy physics microstrips crystalline silicon detector coupled to RX64 ASIC, designed for high-energy physics microstrips crystalline silicon detector coupled to RX64 ASIC, designed for high-energy physics experiments, as au seful X-rayd etector in advancedm edical radiography, specifically in digital experiments, as au seful X-rayd etector in advancedm edical radiography, specifically in digital experiments, as au seful X-rayd etector in advancedm edical radiography, specifically in digital experiments, as au seful X-rayd etector in advancedm edical radiography, specifically in digital mammography. Research includes thea cquisition of two-dimensional radiography of a mammography.R esearch includes thea cquisition of two-dimensional radiography of a mammography.R esearch includes thea cquisition of two-dimensional radiography of a mammography.R esearch includes thea cquisition of two-dimensional radiography of a mammography phantom using the scanning method, andthe comparison of experimental profile mammography phantom using the scanning method, andthe comparison of experimental profile mammography phantom using the scanning method, andthe comparison of experimental profile mammography phantom using the scanning method, andthe comparison of experimental profile with mathematically simulated one. The paper also shows the experimental images of three with mathematically simulated one. The paper also shows the experimental images of three with mathematically simulated one. The paper also shows the experimental images of three with mathematically simulated one. The paper also shows the experimental images of three biological samples takenf rom breast biopsies, where it is possible to identify thep resence of biological samples takenf rom breast biopsies, where it is possible to identify thep resence of biological samples takenf rom breast biopsies, where it is possible to identify thep resence of biological samples takenf rom breast biopsies, where it is possible to identify thep resence of possible pathological tissues. possible pathological tissues. possible pathological tissues. possible pathological tissues.

Gamma induced atom displacements in LYSO and LuYAP crystals as used in medical imaging applications

“…One of the most important application of radiation detectors is found in medical physics. Our research group has been working on the research and development of semiconducting and scintillating detector based systems, mainly for medical imaging applications [2][3][4][5][6].…”