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1 Chotas HG, "Technical evaluation of a digi-tal chest radiography system that uses a selenium detector" 195 : 264-270, 1995
2 Willis CE, "Strategies for dose reduction in ordinary radiographicexaminations using CR and DR" 34 (34): 196-200, 2004
3 Ludwig K, "Selenium-based digital radiography in the detection ofbone lesions:preliminary experience with experimentally createddefects" 216 : 220-224, 2000
4 Schaefer-Prokop CM, "Selenium radiography versus storage phosphor and conven-tional radiography in the detection of simulated chest lesions" 201 : 45-50, 1996
5 Faulkner K, "Radiation dose to neonates on aspecial care baby unit" 62 : 230-233, Radiol1989
6 Chotas HG, "Principles of digital radiog-raphy with large-area, electronically readable detectors: a reviewof the basics." 210 : 595-599, 1999
7 Granfors PR, "Performance of a 41×41 cm2 amor-phous silicon flat panel X-ray detector for radiographic imaging ap-plications" 27 : 1324-1331, 2000
8 Jones NF, "Neonatal chest and abdominal ra-diation dosimetry:a comparison of two radiographic techniques" 74 : 920-925, 2001
9 Jabri KN, "Management of pediatric radiationdose using GE ’s revolution digital radiography systems" 34 (34): 215-220, 2004
10 National RadiologicalProtection Board, "Institute of Physical Sciences in Medicine College of Radiographers National Protocol forPatient Dose Measurements in Diagnostic Radiology" 1992
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