画面来自神经科学家的显微镜，核磁共振成像或者电生理系统的记录。
This is what neuroscientists are looking at in their microscopes, MRI machines or electrophysiology systems.
通过功能核磁共振成像，研究人员发现中脑多巴胺系统在参与者进行预测时，对预测误差进行了编码。
Using functional MRI (FMRI), researchers found that this system encodes prediction error when participants made prediction.
梯度放大器是核磁共振成像(MRI)系统的核心设备之一，它根据前级控制系统传来的指令，向梯度线圈提供特定波形的电流脉冲。
The gradient amplifier is an essential equipment of Magnetic Resonance Imaging system (MRI). It supplies the gradient coils with pulse currents according to the signal from the control system.
方法：从理论上对核磁共振成像反转恢复技术进行系统研究，获得零信号点的数学表达式。
Methods: Using the MRI inversion recovery technology systemically in theory and get the mathematical expression of the zero signal point.
核磁共振成像的神经系统影像显示，位于右脑两个紧密连结却部位不同的神经网络在人们听音乐时特别活跃。
The MRI's neural film images showed that networks of two different but tightly coupled regions of the brain, both in the right hemisphere, are especially active while people listen to music.
核磁共振成像的神经系统影像显示，位于右脑两个紧密连结却部位不同的神经网络在人们听音乐时特别活跃。
The MRI's neural film images showed that networks of two different but tightly coupled regions of the brain, both in the right hemisphere, are especially active while people listen to music.
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