Maximum intensity projection techniques with multislice spiral CT in the evaluation of capillary fracture of calvaria 多层螺旋CT最大密度投影法对颅盖骨线状骨折的诊断价值
Two dimensional and three dimensional reformation were performed in all cases, including multiplanar reconstruction ( MPR ), maximum intensity projection ( MIP ) and volume rendering ( VR ). 采用多平面重组、最大强度投影(MIP)和容积再现进行图像后处理。
The application of the digital tomosynthesis in bone with fractures after cast immobilization Maximum intensity projection techniques with multislice spiral CT in the evaluation of capillary fracture of calvaria X线数字断层融合技术在骨折石膏固定摄影中的应用多层螺旋CT最大密度投影法对颅盖骨线状骨折的诊断价值
The articular cartilages on 3D images were reconstructed using maximum intensity projection ( MIP ). 对3D快速梯度回波扫描序列获得膝关节各关节软骨3D图像,利用最大信号强度投影法(MIP)进行3D重建。
For magnetic resonance angiography, maximum intensity projection algorithm is the most common post-processing technology. 对于磁共振血管成像,最常用的后处理技术之一,是最大密度投影算法。