1) NMR micro-imaging
磁共振微成象
1.
An NMR micro-imaging system was developed on a conventional NMR spectrometer.
在常规核磁共振谱仪上自行设计和研制了一套磁共振微成象系统。
2) Magnetic resonance microscopy spin density imaging
核磁共振微成象
3) MR microscopy
磁共振显微成象
4) Magnetic resonance imaging
磁共振成象
1.
Progress in magnetic functional materials and applications in 1997~1998 is described, viz: (1) amorphous and nano crystalline soft magnetic materials; (2) new magnetic effects and new magnetic functional materials; (3) magnetic resonance imaging of electrical activity in the living body; (4) new application of magnetic force microscope; (5) progress in the study of magnetic levitation trains.
这些新进展包括:(1)非晶和纳米晶软磁材料;(2)新的磁效应与新的磁性功能材料;(3)磁共振成象在显示生物活体电性等上的应用;(4)磁力显微镜的新应用;(5)磁浮火车从研究、试验和走向应用。
5) MRI
[英][,em ɑ:r 'aɪ] [美]['ɛm 'ɑr 'aɪ]
磁共振成象
1.
MRI DIAGNOSIS OF HEMORRHAGIC CHOLECYSTITIS:;
磁共振成象诊断出血性胆囊炎 ──离体及活体研究(英文)
2.
Magnetic resonance imaging (MRI) has become a powerful tool in the life sciences and medical diagnosis, for which it was awarded the 2003 Nobel prize in physiology or medicine.
磁共振成象 (MRI)已经成为生命科学研究和医疗诊断的有力手段 ,因此荣获 2 0 0 3年诺贝尔生理学或医学奖 。
3.
Implementation and Applications of SPIRAL Imaging on 4.7T MRI Scanner;
7T核磁共振成象仪上实现了SPIRAL EPI快速成象技术,编写了基于微机的图像重建的软件包,并将此技术应用到静物、运动物体和大鼠脑的成象。
补充资料：微象
1.谓幽微的先兆。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条