1) Magnetic torque
磁转矩
1.
The formulas of magnetic force,magnetic torque,as the most important elements were introduced in detail.
本文介绍了泵用磁力驱动器的工作原理,并对主要部件的设计方法进行了总结,对设计中最重要的内容—磁力、磁转矩的计算公式进行了较全面的介绍。
2) magnetization reversal
磁矩翻转
1.
The basic concepts of magnetization reversal,the static model of Stoner-Wohlfarth(SW)and SW limit as well as the theory of magnetization rever- sal for Stoner particles are introduced.
如何控制单畴磁纳米粒子的磁矩翻转对于磁性数据的存取以及自旋电子学都具有十分重要的意义。
2.
The effects of the particle\'s damping constant,external field on the magnetization reversal were studied when only imposed reversal field was considered.
本文利用微磁学方法对立方体单畴磁纳米颗粒的磁矩翻转特性进行了模拟。
3) electromagnetic torque
电磁转矩
1.
Dynamic interaction between voltage and damping control loops of static var compensator(SVC) controller was studied by computing the electromagnetic torque in a single machine infinite-bus(SIMB) power system.
通过对含静止无功补偿器(static var compensator,SVC)的单机无穷大(single machine infinite-bus,SIMB)系统进行电磁转矩计算,从理论上分析SVC的电压控制和阻尼调节之间的相互作用关系,既要保证同时为系统提供正的同步转矩和阻尼转矩,电压控制增益和阻尼控制增益的取值需满足一定的限制关系。
2.
This structural type made full use of the inner space of motor and increased the ratio of electromagnetic torque by volume.
提出了一种新颖的永磁同步电机,它将外转子式旋转永磁同步电机与盘式永磁同步电机结合起来,充分利用了电机内部的有效空间,提高了电机的电磁转矩与体积比。
4) magnetic moment deflection
磁矩偏转
1.
Stress-induction EMF effects and associated principle of magnetic moment deflection for steel tube;
钢管应力-感应电动势效应及其磁矩偏转原理
5) reluctance torque
磁阻转矩
1.
Moreover, the reluctance torque of the motor is calculated by Maxwell stress tensor method.
构造考虑齿槽效应的气隙相对磁导函数,计算出气隙磁通密度,进而用麦克斯韦应力张量法计算出电机的磁阻转矩。
2.
Moreover,the coil inductance varies with the rotor position in the same direction,which further increases the fluctuation of the phase inductance,hence leading to the increment of the reluctance torque and the corresponding torque ripple.
每相绕组的各个串联线圈的自感随转子位置呈同方向变化,加剧了每相自感的波动程度,从而导致了磁阻转矩及转矩脉动的增加。
3.
Firstly,the PMSMs,which can be divided into several categories according to the ratio of permanent magnet torque to reluctance torque,are describes;secondly,the two measures to improve the efficiency of PMSMs are introduced;finally,the technology of reducing the vibration and noise of PMSMs and the application of it in traction drive are analyzed.
介绍了PMSM的发展趋势,首先描述了根据永磁转矩和磁阻转矩的比例,永磁同步电机的分类;其次介绍提高永磁同步电机效率的两个措施;最后分析了减少振动和噪声的技术,以及PMSM在牵引驱动方面的应用。
6) Electromagnetism torque
电磁转矩
1.
The motor s physics process in the changing of magnetic store energy and mechanism and parameter calculation in the self inductance, mutual inductance, magnetic flux linkage and electromagnetism torque is discussed in such respect of multi return and electromagnetism torque theory.
从多电流互感回路理论出发 ,以电磁转矩这一机电耦合项为依据 ,讨论电机的磁场储能与机械能相互转换的物理过程、隐极电机的电流回路中自感和互感参数计算、磁链方程及电磁转矩计算 。
补充资料：世间转法转智转无尽
【世间转法转智转无尽】
世间转者，谓展转摄前众生界、世界、虚空界也。法转者，谓展转摄前法界、涅槃界、佛出现界也。智转者，谓展转摄前如来智界，心所缘佛智所入境界也。盖此三转，皆言无尽者，以世法智之三种，展转含摄，无有穷尽，是名世间转、法转、智转无尽。
世间转者，谓展转摄前众生界、世界、虚空界也。法转者，谓展转摄前法界、涅槃界、佛出现界也。智转者，谓展转摄前如来智界，心所缘佛智所入境界也。盖此三转，皆言无尽者，以世法智之三种，展转含摄，无有穷尽，是名世间转、法转、智转无尽。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条