本文介绍了一种永磁磁路设计方法，并以0.35T的MRI主磁体设计为例验证了磁路设计方法的有效性。
A method of permanent magnet circuit design is introduced. Validity of the method is validated by the design of main permanent magnet of MRI with 0.35t.
本文的重点在于系统的磁路设计，采用信号相关性运算比较被测钢管信号和模板信号缩小端头盲区的“无盲区”方法。
The main parts of the article are the designation of magnetic path for the detecting system and the "no blind areas" method, which is based on the signal relativity operation.
针对电缆管绞机中的实际要求，在对其磁力悬浮系统的磁路、磁力以及电阻和温度等各方面进行理论分析的基础上，提出了设计方法。
Magnetic suspension technology was explored for the cable-creating machine. Theoretical analysis and designing method with consideration of magnetic path, temperature were presented.
为更好的阐明人工心脏电机及控制系统的设计思路，一方面，本文详细阐述了磁路系统及电机经典设计方法及公式。
To better clarify the artificial heart design of the driving motor and control system, this article first detailed motor magnetic circuit system, classical design methods and formula of motor drive.
所建立空载磁路模型及三维有限元分析方法为该新型电机的优化设计、性能分析以及负载特性进一步研究奠定了基础。
Equivalent magnetic circuit model and 3d finite element method developed in this paper are helpful to the more study on optimizing design and full-load characteristic of IPM-HESM.
从磁芯材料选择、磁场方向确定和磁路设计步骤三方面总结了磁流变器件磁路设计的一般方法。
Three aspects on magnetic circuit design of MR devices including selection of magnetic core material, determination of magnetic field direction and magnetic circuit calculation were investigated.
采用非线性磁路分析和有限元计算结合的方法给出了该电机的非线性动态分析模型计算的一种思路和方法，有助于电机设计分析。
It propose nonlinear dynamic analyzing model calculation method of the motor in the use of nonlinear magnetic path analysis and finite element calculation.
采用磁路开槽的方法，理论计算并设计了非对称磁路。
The unsymmetrical magnetic circuit is designed by means of slotting.
分析结果显示，将APDL语言面向对象软件设计应用于磁路设计是一种有效的方法。
The software developed with APDL language of ANSYS was introduced and was used for the optimization of magnetic circuit of the magneto-rheological damper.
实践证明，应用该方法后磁路的设计水平和设计质量获得了很大的提高，达到了国际先进水平，保证了TDC1030型高效磁选机的成功研制。
The design level and quality were greatly improved to meet international level with this method by practice. It paved the way for TDC1030's successful development.
分析了提离值选择的主要原则，并从磁路设计角度，提出了一种通过改进油气管道检测器结构抑制传感器提离值波动影响的方法。
The factors affecting the liftoff were analyzed with a method to avoid the effect of fluctuations of the liftoff by improving the MFL detector magnetic circuit design.
分析了提离值选择的主要原则，并从磁路设计角度，提出了一种通过改进油气管道检测器结构抑制传感器提离值波动影响的方法。
The factors affecting the liftoff were analyzed with a method to avoid the effect of fluctuations of the liftoff by improving the MFL detector magnetic circuit design.
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