电枢

基本解释 (translations)

armature

与电枢相关的网络例句 [注：此内容来源于网络，仅供参考]

The design method was put forward,which is used for synthetical and automatic test system for armature s characteristic parameters.

针对目前电枢参数测试设备存在的不足，提出了一种电枢性能参数综合自动测试系统的设计方法。

Simulation results give intuitive pictures of the armature expansion process, along with its temperature rise.

模拟结果得到了电枢膨胀过程的直观图象，以及塑性功导致的电枢温度升高。

If frequency and pule width ratio of PWM are changed, the ripple of current, torque and so on are only influenced, when average value of armature circuit voltage is constant.

若保持电枢电路电压平均值不变，改变PWM的频率和占空比，只影响电枢电流和转矩等的脉动。

So, it is very difficult to monitor and protect the rotating rectifier. This paper theoretically analyses the armature current and magnetomotive force in AC exciter of brushless synchronous machine with rotating rectifier. Under the normal or fault conditions of rotating rectifier, the mathematical expressions of the armature current, the m.m.f and induced electromotive force are approached.

本文通过对旋转整流器在正常与故障状态下的交流励磁机电枢电流和电枢电势作了初步的理论分析，推导出旋转整流器在正常与故障状态下电枢电流、空间谐波合成磁势及其感应电势的数学表达式。

According to the characteristics of the larger start electric curent, start torque and the demagnetizing influence of the armature reaction of motereycle starter at the moment of starting, the formula of the largest demagnetizing magnetic- power is deduced and the magnetic method of separehng alnico is gnined on the basis of the largest dernagntizing magntic - power.

根据摩托车起动电机起动电流大、起动转矩要求高的特点，以及起动时直轴电枢反应和交轴电枢反应对永久磁铁的去磁作用，推导出最大去磁磁势的计算公式，给出了根据最大去磁磁势选择磁钢的方法，并通过实测证明电枢反应对起动电机性能的影响。

This paper introduces the structure, especially the technics of armature winding and the way of arrange method of the motor. Based on it, the physical and mathematical model of the armature magnetic field was found. Then making use of the FEM to compute and analyze the armature magnetic field. At last, the influence of the armature magnetic field to the main field is discussed.

本文通过对此种电机结构，尤其是电枢绕组工艺及盘列方式的简单介绍，建立了盘式无铁心永磁同步电机电枢磁场的数学模型和物理模型，并利用有限元数值计算方法对电枢磁场进行计算，分析了此种电机电枢磁场的分布情况以及它对主磁场的影响

Brushless dc motor ; armature equivalent resistance ; armature winding resistance ; commutation equivalent resistance

无刷直流电动机；电枢等效电阻；电枢绕组电阻；换向等效电阻

Rotor consists of the armature core and armature winding, commentator, shaft and fan, and other components, acting a role in the electromagnetic torque sensors and EMF.

转子由电枢铁心和电枢绕组，换向器，轴及风扇等组成，作用是产生电磁转矩和感应电动势。

Due to transient inductances of AC exciter are functions of rotor position and armature winding currents,which are easily influenced by armature current switch on and ferromagnetic material saturation,therefore,analytical method has its limitation to consider current time-variation and ferromagnetic material saturation.

摘 要：由于交流励磁机电枢绕组电流在导通期间的时变性以及铁磁材料饱和特性的影响，瞬态电感是转子位置和电枢绕组电流的多元函数，解析法难以准确计及电流时变性和铁磁材料饱和性的影响。

The utility model relates to a double-purpose driving apparatus of medical X-ray machine with remote-control and direct-control, which belongs to medical equipment.The driving apparatus comprises a direct-current speed reducing motor whose output terminal is fixed with a ring electromagnet; an armature iron is arranged on the motor output shaft whose end is provided with a driven wheel meshes with the armature iron and rotates around the motor shaft.As the electromagnet is electrified, the armature iron is attracted and disengages from the driven wheel.With the driving apparatus, the remote control and the direct control of a non-remote controlled X-ray machine can achieve, increasing the working efficiency by 3 to 4 times and the economical benefits.

该实用新型涉及双重用途的驾驶仪器的医用X光机的远程控制程序，并进行直接控制，属于医疗equipment.the驾驶仪组成，直接电流减速电机，其输出端是固定的一个环电磁铁；电枢铁是安排在电动机输出轴，其终点就是提供一台四轮驱动的网格与电枢铁和周围旋转电机shaft.as电磁铁通电，电枢铁是吸引和脱离接触，从驱动轮随着驾驶仪器，远程控制，并直接控制的一个非遥控X光机，能做到的事，提高工作效率3至4倍和经济效益。

与电枢相关的网络解释 [注：此内容来源于网络，仅供参考]

armature coil：电枢线圈衔铁线圈

"armature characteristic","电枢特性" | "armature coil","电枢线圈,衔铁线圈" | "armature conductor","电枢导线,电枢导体"

Armature tester：电枢试验器

"armature; spherical","球形电枢" | "armature tester","电枢试验器" | "armature; toothed","有齿电枢"

Armature tester：电枢测试装置

Armature terminal 电枢输出端接线柱 | Armature tester 电枢测试装置 | Armature winding 电枢绕组

armature core：电枢铁芯

电枢线圈 armature coil | 电枢铁芯 armature core | 电枢轴 armature shaft

armature end plate：电枢端板,电枢压板

电枢缠组端部 armature end-connections | 电枢端板,电枢压板 armature end-plate | 电枢励磁曲线 armature excitation curve

armature spinder：电枢支架,电枢辐臂

槽铁心电枢 armature slotted-core | 电枢支架,电枢辐臂 armature spinder | 电枢心轴 armature spindle

armature wedger：电枢槽楔嵌入机,电枢槽楔制造机

电枢槽楔 armature wedge | 电枢槽楔嵌入机,电枢槽楔制造机 armature wedger | 电枢线圈,电枢绕组 armature winding

armature binder：电枢束带,电枢扎线

armature band loss || 电枢绑线损耗 | armature binder || 电枢束带,电枢扎线 | armature coil || 电枢线圈

armature winding equalizer：电枢绕组均压线

电枢绕组均压线 armature winding cross connection | 电枢绕组均压线 armature winding equalizer | 电枢绕组损耗,电枢铜耗 armature-circuit loss

armature core disk：电枢铁心迭片(整片)

电枢铁心 armature core | 电枢铁心迭片(整片) armature core disk | 电枢铁心迭片,电枢铁心冲片 armature core lamination