The mathematical expression of the magnetic induction intensity can be obtained by curve fitting method.

Magnetic Induction Tomography is a new functional imaging technology.

磁感应成像是一种交换机型功能性成像技术.

The centimeter-gram-second unit of magnetic induction , equal to one maxwell per square centimeter.

高斯电磁感应的厘米 - 克 -秒 单位, 等于每平方厘米的麦克斯韦尔.

Compact, high magnetic induction intensity and long coil service life.

结构紧凑, 磁感应强度高,线圈使用寿命长.

To link ( two circuits or currents ) as by magnetic induction.

连接如通过电磁感应连接 ( 两条线路或电流 )

A device that eliminates or progressively diminishes vibrations or oscillations, as of a magnetic needle.

构成计算机系统的机械的磁的电子的电的设备.

The iron in the ship caused a deviation of the magnetic needle of the compass.

船上的钢铁使指南针的磁针产生了偏差.

The iron in the ship cause a deviation of magnetic needle of the compass.

船上的钢使得指南针的指针背离了磁性.

The magnetic needle points to the north.

磁针指向北方.

There exist large quantities of engineering obstacles such as magnetic pole in some shallow water areas.

在某些浅水区域中,常有大量工程障碍,如磁性柱状体.

An appropriate balancing current and a set of independent magnetic pole current can reduce magnetic coupling.

选择适当大小的平衡位置电流及对磁极电流单独控制可以减小磁耦合.

If the north magnetic pole continues at its current rate, it could reach Siberia by 2056.

若北磁极以目前的速度继续漂移, 那么它将在2056年抵达西伯利亚.

A single, isolated magnetic pole has never been found.

单一的 、 孤立的磁极从来未找到.

But scientists are now noticing that the magnetic pole has picked up its pace.

但现在科学家们注意到它加快了它的位移步伐.

Magnetic resonance imaging ( MRI ) proides a powerful tool for assessing the degree of DD and herniation.

MRI 为评价椎间盘变性和突出的程度提供了良好工具.

Objective : To evaluate the value of diffusion-weighted magnetic resonance imaging ( MRI-DWI ) in diagnosing acute cerebral-infarction.

目的: 探讨扩散加权 磁共振 成像在急性脑梗死诊断中的价值.

Magnetic resonance imaging ( MRI ) scans provide extremely detailed images of soft tissues.

核磁共振 为精密观察软组织的病变提供了一项有力手段.

MRA is a type of magnetic resonance imaging ( MRI ) scan.

MRA是一种磁共振成像 ( MRI ) 扫描.

Study Design. Positional magnetic resonance imaging ( MRI ) study of control subjects.

研究设计: 对控制受试者的定位 MRI 研究.

Key words: spondylolysis, spondylolisthesis, magnetic resonance imaging, fusion, spondylodesis.

关键词: 峡部裂, 脊椎滑脱, 磁共振成像, 融合, 脊椎融合术.

The center will feature four state-of-the-art MRI ( magnetic resonance imaging ) instruments.

本中心的特色为四种最先进的磁振 造影 仪器.