Methods the exposure dose, imaging time and image quality were compared in the two digital imaging system.
方法对两种数字化成像系统的曝光剂量、成像时间和图像质量进行比较分析。
Methods A suitable X-ray exposure conditions for full-leg digital radiograph was chosen according to the application of FCR-5000 CR imaging system and the exposure conditions of CR in osseous system.
方法以FCR-5000CR成像系统的应用及CR在骨骼系统摄影条件的成像特性，来选择合适的下肢全长骨骼数字化X线的摄影条件。
Resu lts The direct digital imaging system had the advantages of low exposure dose and good image quality. The first film rate was 91.3%.
结果直接成像系统具有曝光剂量小、图像质量佳等饰点，其甲级片率达到91.3%。
The proposed algorithm for digital imaging system ensures correct exposure to the main object of scenes with large dynamic range.
针对数码成像系统在大动态范围场景下存在的对主体曝光不足或曝光过度的问题，本文提出了一种新的自动曝光控制算法。
The proposed algorithm for digital imaging system ensures correct exposure to the main object of scenes with large dynamic range.
针对数码成像系统在大动态范围场景下存在的对主体曝光不足或曝光过度的问题，本文提出了一种新的自动曝光控制算法。
应用推荐