1·Slot leakage reactance of stator winding is an important constant of a.
定子绕组槽漏抗是电机的一个重要电磁参数。
2·Accurate calculation of leakage reactance is key to design of electric machine.
电抗的准确计算是电机设计中十分关键的问题。
3·In this paper, an improved image method for calculating transformer leakage reactance is introduced.
本文介绍了一种改进后的用镜像法计算变压器漏磁场及漏电抗的新方法。
4·Based on full current theory, derive formula of slot leakage reactance from magnetic field energy calculation.
采用全电流定理，由磁场能量的计算推导出槽漏抗计算公式。
5·Calculate the formula of slot leakage reactance of IPMSLM with the double windings of short pitch and distribution.
推导出采用双层短距绕组的无铁心永磁直线同步电机槽漏抗的计算公式。
6·Finally vector distribution map, end region leakage reactance and distribution of force on end region winding are achieved.
最后得出了端部磁场矢量分布图，端部漏抗值及端部绕组的电磁力分布规律。
7·Movable-core high leakage reactance transformer, single-phase bridges rectifying and reactor serial structure for main circuit.
采用动铁心式高漏抗变压器，主电路采用单相桥式整流电路与电抗器串联结构形式。
8·To the special structure of submersible motor, the leakage reactance in end winding of stator and rotor are analyzed respectively.
本文首先介绍了电磁场计算的理论基础，然后针对潜油电机的这种特殊结构，分别分析计算其定转子端部漏抗。
9·Both theoretical analysis and simulation prove that rationally designed leakage reactance of the primary winding can play a role of balancing reactor.
理论分析及仿真计算证明：地铁车辆辅助电源中变压器原边绕组的漏抗通过合理的设计，可以起到该平衡电抗器的作用。
10·Based on the fundamental of electromagnetics, are summarily derived idle, load and short-circuit voltage as well as current and leakage reactance formulas.
并根据电磁基本原理推导出空载，负载和短路时的电压、电流和漏抗的计算公式。