| 1. | Magnetic path designing magnetic field calculati
磁路设计与场计算 |
| 2. | Magnetic path designing magnetic field calculati
磁路设计与场计算 |
| 3. | The question of magnetic path is transformed into the form of circuit topology to derivate the equivalent circuit between stator and rotor
为了便于分析，将磁路问题转换成电路拓扑的形式，推导出定转子之间的等效电路。 |
| 4. | 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
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。 |
| 5. | Principles : model pmqzq permancent magnet lifter has strong magnetic path produced by nd - fe - b magnetic materials . on and off of the magnetic path is controlled by turning the manual handle
永磁起重器是由强磁钕铁硼磁性材料组成磁路系统，产生强磁，通过手柄的旋向，控制磁路关闭，达到工作目的。 |
| 6. | Principles : permanent magnet lifter has strong magnetic path produced by nd - fe - b magnetic materials . on and off of the magnetic path is controlled by turning the manual handle . permanent magnetic lifters have magnet as power . and its lifting power will never weaken
永磁起重器是由强磁钕铁硼磁性材料组成磁路系统，产生强磁，通过手柄的旋向，控制磁路关闭，达到工作目的，永磁起重器采用磁做动力，工作长久不变。 |
| 7. | Firstly , the magnetic field detecting model with two dimension is designed by using the finite element method ( fem ) software , based on which , magnetic path for the detecting system of the pipeline end is designed ; and then a credible detecting method for pipeline end is brought forward
首先，用有限元分析软件建立了管道端头二维静态磁场检测模型；在此基础上对管道端头检测系统进行磁路设计；提出了一种管道端头的可靠的检测方法。 |
