Multi-Sensor Digital X-Ray Receivers

The multi-sensor structures have been successfully used in manufacture of digital receivers. A lot of sensors forming the partial image allowed the researchers to obtain the optimal parameters of radiographic, mammographic, and fluoroscopic receivers. The paper deals with analysis of multi-sensor structure properties, substantiation of options of their implementation, and noise attenuation in X-ray receivers.

1. Palasio, M.: Shart Smart Digital Radiology.Advance for Imaging and Oncology, 80—81 (2002).
2. www.rfsystemlab.com
3. Maidment, A. and Yaffe, M.: Analysis of the Spatial-Frequencydependent DQE of Optically Coupled Digital Mammography Detectors.Medical Physics, 21 (6), 721—729 (1994).
https://doi.org/10.1118/1.597331
4. Liu, Hong, Karellas, A., and Harris, L.: Methods to Calculate the Lens Efficiency in Optically Coupled CCD X-Ray Imaging Systems.Medical Physics, 21 (7), 1193—1195 (1994).
https://doi.org/10.1118/1.597352
5. www.teleoptic-pra.com
6. Miroshnichenko, S.I., and Nevgasimiy, A.A.: Theory and Technique of Multi-Sensor Digital X-Ray Receivers.Biotechnosphere, 4 (10), 24—29, (2010) (in Russian).
7. Vasiliev, A.Yu. and Patrakhov, N.N.: Phase Contrast of Images in Micro-Focus X-Ray .Radiography. Materials of the Neva Radiological Forum, 2009, 109—111 (2009) (in Russian).
8. Miroshnichenko, S.I., Nevgasimiy, A.A., et.al: High-Resolution TV-System. Description of Invention. PCT/UA 13.11.1996. Bulletin, 8 (1999) (in Russian).