magnetic path

The magnetic path of electromagnetic yoke was analyzed.

对电磁轭的磁路进行了分析.

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They indicate that T/ R-HESM can conveniently make air-gap magnetic field be adjusted and controlled fully, and the shunt-wound magnetic path can form a significant magnet congregate effect.

结果表明：该电机可方便地实现气隙磁场的完全调节与控制，其并联磁路能形成显著的聚磁效应。

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According to the special tangential/ radial magnetic path, equivalent magnetic circuit model was built and principle of air-gap magnetic field adjustment was discussed.

根据电机特殊的切向/径向磁路特点，建立了其等效磁路模型，从磁路角度分析了电机的磁场调节原理。

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Based on this simulation process, the influence of such factors as the core material, the setup of magnetic path parameters, the structure of magnetic path, and so, on the hysteresis loop can be clearly realized.

基于这个仿真过程，铁心材料，磁路参数的设置，磁路结构这些因素的影响，磁滞曲线能够被清楚地认识。

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Once the switch is closed, the magnetic path has a lower reluctance.

一旦开关闭合, 磁路则具有较低的磁阻.

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Such non breaking Y-shapedcare structure is characterized with its magnetic path symmetry and constructioncompactness.

提出的不断轭的Y型铁芯结构具有磁路对称、结构紧凑的特点,更具有工业实用价值.

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