CONCLUSION: the finite element model of artificial disc replacement can be established by CT scanning, digital processor and computer aided design, and used for further study on spinal biomechanics.
结论：通过CT断层扫描、图像数字化处理及计算机辅助设计等方法，可以建立腰椎人工椎间盘置换的有限元模型，用于脊柱生物力学的进一步研究。
Conclusion CT scanning is a value method to diagnosing degenerative lumbar intervertebral disc.
结论CT扫描是诊断腰椎间盘退变的有效检查方法。
Methods To take CT scanning and operation treatment on 94 patients with lumbar intervertebral disc protrusion combination with lumbar nerves passage entrapment .
方法对94例腰椎间盘突出症合并腰神经通道卡压进行CT扫描及手术治疗。
A number of Brazil disc split-CT scanning tests are carried out to analyze the failure mechanism of porous rock and the changeable porous structure.
最后进行了巴西圆盘劈裂CT扫描实验，分析了孔隙岩石破坏机理及其孔隙结构的变化。
MRI scanning images of 40 normal and 80 clinical cases with cervical intervertebral disc disease were analyzed comparatively.
选取40例正常MRI扫描图像与80例临床具有颈椎椎间盘症状患者的MRI扫描图像进行分析。
ABSTRACT: Cracks on the disc spring parts and raw materials, using metallographic examination, chemical analysis, hardness testing, scanning electron microscopy by means of a comprehensive analysis.
摘要：对碟形弹簧裂纹件和原材料，采用金相检验、化学分析、硬度试验、扫描电镜等手段进行综合分析。
ABSTRACT: Cracks on the disc spring parts and raw materials, using metallographic examination, chemical analysis, hardness testing, scanning electron microscopy by means of a comprehensive analysis.
摘要：对碟形弹簧裂纹件和原材料，采用金相检验、化学分析、硬度试验、扫描电镜等手段进行综合分析。
应用推荐