1) reversing torsion
阻转矩
1.
Based on practical need, this paper analyses the reversing torsion of heavy load pump-motor group, and then gives starting process of the group.
从实用角度出发，分析了大型水泵及其配套电动机在起动过程中的阻转矩，进而求取机组起动过程的数学解析。
2) damping torque
阻尼转矩
1.
Synchronizing torque and damping torque of synchronous generators are two main factors in influencing the stability of power system.
同步发电机的同步转矩分量和阻尼转矩分量是影响电力系统稳定性最直接的因素。
2.
This paper details the effects of Load Compensation on synchronizing torque and damping torque of one-machine-infinite-bus system, especially the relationship between them under different system parameters and compensation coefficient.
为了探讨发电机励磁控制中负荷补偿对电力系统稳定性影响产生的机理,论文以单机无穷大系统为例,分析了负荷补偿对同步转矩以及阻尼转矩的影响,深入探讨了不同系统参数和运行状态下补偿系数与同步转矩和阻尼转矩的关系,从而研究了负荷补偿对电力系统稳定性的影响。
3.
Synchronizing torque and damping torque of a generator are two main factors influencing the stability of a power system,and they are organically combined with torque area.
同步发电机的同步转矩分量及阻尼转矩分量是影响电力系统稳定性最直接的因素,转矩面积则将这2个转矩分量有机结合起来。
3) 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。
4) cogging torque
磁阻转矩
1.
Hence, this paper presents a calculation method for the cogging torque of permanent magnet brushless DC motors.
该文利用许-可变换,构造了考虑齿槽效应的等效气隙磁导函数,结合偏微分方程的解析算法,计算出等效气隙内任意半径上的气隙磁通密度分布,由此提出了一种永磁无刷直流电机磁阻转矩的解析计算方法,其计算结果与有限元计算结果对比,转矩波形基本吻合,证明此方法是正确的、可靠的;同时该方法可应用于磁极分段移位、齿面加辅助凹槽、移动相邻磁极等结构的磁阻转矩的计算,为永磁无刷直流电机设计和优化提供了基本分析手段。
2.
Two methods of reducing cogging torque, namely, the stator tooth notching and the two rotor pole stacks shifting are presented.
介绍了定子齿面加辅助凹槽和转子磁极分段移位两种抑制磁阻转矩的方法 。
5) drag torque
阻力转矩
6) damping moment
阻转力矩
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。
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参考词条