Results the structure and material is the main factors of influence imaging performance for the flat panel detector.
结果探测器结构和材料是影响成像性能的主要因素。
Methods the different flat panel detector were compared and analysed by the structure feature, imaging performance and clinical application.
方法比较平板探测器的结构特点、成像性能和临床使用的优缺点。
Objective to evaluate the method and application of DR upgraded system based on high frequency X-ray equipment by using flat panel detector.
目的探讨应用平板探测器升级高频X光机成为DR系统的方法及其应用价值。
Objective To introduce new digital tomography based on flat panel detector(FPD) supplied in small arthrosis or planter cast patient in medical imaging diagnostics.
目的：探讨基于平板探测器的数字断层融合新技术在骨骼系统，尤其是小关节病变或打石膏患者影像学检查诊断中的应用。
Results The image quality of flat panel detector DSA system was better than that of traditional DSA system but it could be affected by some relevant technical factors.
结果平板探测器DSA系统优于传统DSA系统的图像质量，但会受到几个相关技术因素的影响。
Objective to evaluate the imaging quality and utility of flat panel detector DSA through comparing and analysing the image of coronary arteriography in traditional DSA and flat panel DSA.
目的通过对平板探测器DSA系统与传统DSA系统冠状动脉造影图像质量进行比较和分析，评价平板dsa系统成像质量和临床应用。
Conclusion the flat panel detector DSA system can fully develop own superiority through its proper application in coronary arteriography and assure the stability and optimization of image quality.
结论平板探测器DSA系统在冠状动脉造影中的合理应用，能充分发挥它的优越性，保证图像质量的稳定和提高。
Objective To compare the imaging quality and the anatomic detail in thoracolumbar spine of amorphous selenium flat-panel detector digital radiography(DR) system and computed radiography(CR) system.
目的比较非晶体硒平板探测器DR与CR系统的胸腰段脊柱照片图像质量和解剖结构可见度。
Objective To compare the imaging quality and the anatomic detail in thoracolumbar spine of amorphous selenium flat-panel detector digital radiography(DR) system and computed radiography(CR) system.
目的比较非晶体硒平板探测器DR与CR系统的胸腰段脊柱照片图像质量和解剖结构可见度。
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