1·Structure: Flow transmitter is consisted by shell, non-linear column, test, magnetic steel, etc.
结构：流量变送器主要由壳体，非流线性柱体，检测器，磁钢等零部件组成。
2·The feasibility that the non-magnetic steel wire armored cables were used as motor winding was also studied.
另外，还研究了利用不导磁钢丝铠装电缆作为高压电机绕组的可行性。
3·When the method of general pulse power of wire cut EDM is used, magnetic steel has magnetic property inevitably and it is difficult to evacuate.
采用一般的脉冲电源对磁钢进行电火花线切割加工，不可避免地将引起充磁，造成排屑困难。
4·The magnetic steel has the advantages of good enclosing performance, no magnetic leakage phenomenon, stable work, low cost and wide application range.
它封闭性能好，无磁漏现象，工作稳定且成本低，适用范围。
5·A magnetic conducting ring made of soft magnetic steel surrounds the end ring of rotor and there is a secondary winding on the magnetic conducting ring.
一种笼型转子及其电动机，用一软磁性钢材制成的导磁环围绕转子端环，导磁环上有次级绕组。
6·The Hall element which is adjacent to the end part of the rotor magnetic steel uses the magnetic flux leakage as an operating signal of the Hall element.
所述霍 尔元件邻近于所述转子磁钢的端部，用于将所述磁钢的漏磁作为霍尔元件的 运行信号。
7·Calculations and experiments are carried out on both magnetic flux density and eddy current loss of the non-magnetic steel plate and of the coil in this model.
对该模型低磁钢板及线圈的磁通密度和涡流损耗进行了试验与计算分析，得到了一些有价值的试验和分析结果，为磁场计算和三维涡流损耗分析方法提供了验证手段。
8·The magnetic steel, the magnetic sensor and the printed circuit board are sealed by a waterproof and anticorrosive technique, and a housing is processed by a color zinc-plating technique.
采用防水防腐技术对磁钢、磁感应器件及印刷线路板进行封闭处理，壳体采用彩色镀锌处理工艺。
9·This apparatus can make the complex process of traditional demagnetizing and stabilizing magnetism for braking magnetic steel in electric meter as a whole be realized automatically in one time.
利用该装置可将电能表制动磁钢传统的退、稳磁处理的复杂过程集于一体，一次性自动完成。
10·On this basis, back electromotive force without load and with load is researched, simulated and analyzed, and cogging torque is analyzed and calculated in different dimensions of magnetic steel.
在此基础上，仿真了空载和负载下的电机反电动势，并且对不同磁钢尺寸下的定位力矩进行了分析计算。