Herzog R, von Boetticher H, Luska G
Radiologische Klinik des ZKH Links der Weser, Bremen.
Rofo. 1993 May;158(5):483-6. doi: 10.1055/s-2008-1032687.
Surface and organ doses were determined by means of thermoluminescence dosimetry with the Alderson-Rando phantom and the patient, for the AMBER thoracic imaging system, sensitivity class 400, and the conventional grid screen stand, sensitivity class 200. The dose on entering the body, which varied according to object-dependent modulation of x-ray intensity, was 140 microGy for the mediastinum and 96 microGy for the lung in p.a. AMBER takes, and hence was comparable with the entrance dose of 132 microGy with the conventional grid screen stand. In lateral takes the entrance doses were lower with the AMBER system (302 microGy) than with conventional takes (593 microGy). Exposure of the gonads at the AMBER system for p.a. thoracic takes was lower than at the screen grid stand in females (4-6 microGy). More unfavourable values were measured for the gonad exposure in males (2-0.8 micrograms).
使用阿尔德森-兰多人体模型和患者,通过热释光剂量测定法确定了AMBER胸部成像系统(灵敏度等级400)和传统格栅屏架(灵敏度等级200)的体表剂量和器官剂量。进入人体时的剂量会根据与物体相关的X射线强度调制而变化,在前后位AMBER扫描中,纵隔剂量为140微戈瑞,肺部剂量为96微戈瑞,因此与传统格栅屏架132微戈瑞的入射剂量相当。在侧位扫描中,AMBER系统的入射剂量(302微戈瑞)低于传统扫描(593微戈瑞)。AMBER系统用于胸部前后位扫描时,女性性腺的照射剂量低于格栅屏架(4 - 6微戈瑞)。男性性腺照射的测量值更不理想(2 - 0.8微戈瑞)。