励磁方法的英文

• exciting method
• method of excitation

• 励磁    excitation; field; exciting; ...
• 方法    method; means; way; techniqu ...
• 励磁方式    brushless excitation system
• 励磁    [电工] excitation; field; exciting; energizing◇励磁波 field wave; 励磁场 exciting field; 励磁电动发电机 exciter motorgenerator; 励磁电路 field circuit; exciter circuit; 励磁电压 [电工] excitation voltage; exciting voltage; 励磁电源 field power supply; 励磁电阻 excitation resistance; 励磁发电机 excitation generator; 励磁盘 exciter panel; 励磁器 magnetizing exciter; 励磁水轮机 exciter turbine; 励磁调节器 field regulator; 励磁铁心 field [magnet] core; 励磁线圈 field coil; field winding; energizing coil; excitation [exciter; exciting] coil; magnet exciting coil; 励磁阻抗 excitation impedance
• 磁方位    magnetic azimuth; magnetic bearing azimuth; magnetic bearing mb; magneticbearing
• 磁方向    magnetic direction
• 磁方位磁方位    magnetic bearing
• 磁方位磁方位磁方位角    magnetic azimuth
• 无直流励磁绕组同步电动机试验方法    test procedure for non'direct current excitation winding synchronous motor
• 磁方位度    degree of magnetic bearing
• 磁方位飞轮    magnetic bearing flywheel
• 磁方位角    magnetic azimuth; magneticazimuth
• 磁方向角    magnetic bearing
• 磁向位,磁方位    magnetic bearing
• 地磁方向    magnetic direction
• 电磁方程式    electromagnetic equation
• 电台磁方位    magnetic bearing of station
• 定磁方位    magnetic orientation
• 消磁方式    erase function
• 栅磁方位角    grid magnetic azimuth
• 磁方向指示器    magnetic direction indicator
• 无线电磁方位    magnetic radio bearing
• 辅励磁    auxiliary excitation
• 复励磁    multiple excitation
• 负励磁    negative excitation

• Secondly , the paper analyses the virtues and shortcomings of inducing - magnetic mode that use alternating current at 50hz or rectangle - wave current . then the paper suggests that the flowmeter should use alternating current to induce the magnetic whose frequency is adjustable
  其次，在电流励磁部分分析了传统的采用50hz交流电励磁法和方波励磁法的优、缺点，提出了利用微控制器实现频率可调的低频正弦波电流励磁方法。
• Comparing to inducing - magnetic mode with 50hz alternating current , we can use lower frequency alternating current to induce the magnetic so that it can eliminate the noise at 50hz frequency and weaken the noise whose phase lags signal 90 ? greatly . comparing to inducing - magnetic mode using rectangle - wave current as the signal , using low frequency to induce magnetic can eliminate ( weaken ) the differential coefficient noise . thirdly , it eliminates or weakens all different noise by designing the circuitry effectively in the transforming signal part
  相对于50hz交流励磁，这种励磁方法可以采用更低的频率来对微流量的磁路进行励磁，一方面可以完全消除工频干扰，另一方面可以极大地减小正交干扰；相对于方波励磁，这种励磁方法相当于多值方波励磁，有利于消除或减少方波法励磁所带来的微分干扰。