磁性共振成像
magnetic resonance───[化] 磁共振；[物]磁共振；磁谐振
magnetic resonance imaging───磁共振成像
resonance───n.[力]共振；共鸣；反响
magnetic───adj.地磁的；有磁性的；有吸引力的
magnetic train───磁力列车
magnetic field───n.磁场；[电磁]磁场
resonance hybrid───共振杂化分子
resonance song───共鸣之歌
electro-magnetic───电磁的
A plurality of tissue parameters are extracted from image data (e. g., magnetic resonance image data) to be classified.───多个组织参数被从要被分类的图像数据(例如磁共振图像数据)中提取出来。
Objective To study imaging method and application value of high field strength magnetic resonance image for ischemic heart disease.───目的探讨高场磁共振成像在缺血性心脏病诊断中的成像方法及应用价值。
Objective To explore magnetic resonance image application value of knee joint injure.───目的探讨与总结磁共振成像在膝关节损伤的影像应用中的价值。
Fuzzy c-means (FCM) clustering algorithm is a popular model widely used in the segmentation of magnetic resonance image (MRI).───模糊C-均值聚类算法（FCM）已广泛地运用到MR图像的分割中。
This technique assumes that the geometry of normal and suspicious tissues is available from a contrast-enhanced magnetic resonance image.───这种技术假设几何正常和可疑的组织可以从增强磁共振图像。
Study Design. A cross-sectional study of thoracic magnetic resonance image (MRI) findings.───研究设计。胸椎磁共振成像（MRI检查）检查所见的横向研究。
The invention further discloses a device for calibrating the distortion of magnetic resonance image.───本发明还公开了一种磁共振成像中失真校准的装置。
The magnetic resonance image (MRI) and MR venography (MRV) of seven patients were analyzed in this study.───在本篇研究中，我们分析七个病例之磁振造影与磁振静脉造影。
Objective To explore magnetic resonance image application value of knee joint injure.
It is an effective way register electroencephalograph ( EEG ) to magnetic resonance image ( MRI ) in functional brain imaging.
The computed tomography ( CT ) and magnetic resonance image ( MRI ) features were discussed.
To reconstruct magnetic resonance image with incomplete sampled data is an ill-posed problem to reconstruct the initial signal from the partial data of Fourier transform in nature.