利用3D磁共振成像技术对脑结构进行了研究。
Brain structure was studied using 3D magnetic resonance imaging.
自1994年以来，贝尔和他的团队对近800人进行了核磁共振测试，以绘制出“脂肪分布图”，显示人们储存脂肪的位置。
Since 1994, Bell and his team have tested nearly 800 people with MRI to create "fat maps" showing where people store fat.
核磁共振谱通常是根据已知的溶剂残留质子峰进行校正，而不是添加四甲基硅烷。
NMR spectra are often calibrated against the known solvent residual proton peak instead of added tetramethylsilane.
有一种试验叫做功能核磁共振成像。
An experiment called functional magnetic resonance imaging as illustrated here.
据此，他们就可以确定最低的共振频率。
From this, they can determine the lowest resonant frequencies.
无线充电的过程是基于磁共振耦合的原理。
The process relies on a principle called magnetic resonance coupling (pdf).
可移动式的核磁共振脑扫描成像。
与此同时，对他们的大脑进行磁共振成像扫描。
At the same time, their brains were scanned in a functional magnetic resonance imaging machine.
研究者就此进行核磁共振成像数据分析。
磁共振不是唯一的问题。
大型消费电子企业也一直在积极研究“共振传输”。
The big consumer electronics companies have also been keen to investigate "resonant transfer".
他们使用电子顺磁共振测定了辐射对牙釉质的影响。
Their technique measures the warping of tooth enamel inflicted by radiation, detected in electron paramagnetic resonance.
磁共振成像是使用磁场来测量大脑的血流量。
FMRI USES a magnetic field to measure blood flow in the brain.
这一论断得到了功能磁共振成像技术的支持。
Functional magnetic resonance imaging (fMRI) backed that up.
核磁共振扫描显示，白色斑点出现在前额叶皮层。
On MRI scans, white spots showed up in the prefrontal cortex.
我又作了CT扫描，核磁共振成像和结肠镜检查。
核磁共振扫描显示了多巴胺释放的具体时间和位置。
Functional MRI scans showed where and when those releases happened.
传统的核磁共振装置是由一圆形磁铁包围的大型圆管。
The traditional MRI unit is a large cylinder-shaped tube surrounded by a circular magnet.
该临床诊断可通过CT，超声，或磁共振检查加以证实。
It is diagnosed clinically and confirmed by CT, ultrasound, or MRI.
作为结果，噪音提高了开关的灵敏度——这种现象叫做随机共振。
In effect, the noise increases the sensitivity of the switch - a phenomenon called stochastic resonance.
这个机制目前还不清楚，但似乎包括电磁、引力和其他共振效应。
The mechanism is unclear, but appears to include electromagnetic, gravitational, and other resonance effects.
这个机制目前还不清楚，但似乎包括电磁、引力和其他共振效应。
The mechanism is unclear, but appears to include electromagnetic, gravitational, and other resonance effects.
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