Methods A three-dimensional finite element model of maxilla containing palatal implant was built using spiral CT scanning, computer image processing, and CAD technology.
方法采用螺旋CT扫描、计算机图像处理及CAD技术，建立含腭部种植体的上颌骨三维有限元模型。
Methods the use of Philips 16-row CT for all patients with lung CT scan and pulmonary enhanced scanning, the use of post-processing software to carry out image analysis.
方法使用飞利浦16排ct对所有患者行ct肺部平扫和肺动脉增强扫描，使用后处理软件行进行图像分析。
Methods Spiral ct scanning, image processing and CAD technology and FEM software were employed in the study to construct the three-dimensional finite element model of maxilla with a palatal implant.
方法采用螺旋ct断层扫描、计算机图像处理、计算机辅助设计和有限元软件处理，建立含腭部种植体的上颌骨三维有限元模型。
In laser scanning confocal microscopy imaging, ct imaging, MRI imaging, and in 3d image processing and recognition, visualization of 3d objects is essential.
在激光扫描共焦显微三维成像、CT成像、MRI成像，以及在图象处理和识别中，三维物体的显示是必不可少的。
In laser scanning confocal microscopy imaging, ct imaging, MRI imaging, and in 3d image processing and recognition, visualization of 3d objects is essential.
在激光扫描共焦显微三维成像、CT成像、MRI成像，以及在图象处理和识别中，三维物体的显示是必不可少的。
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