超同步的英文

• hypersynchrony
• oversynchronous

• "超"英文翻译    exceed; surpass; overtake
• "同步"英文翻译    synchronization; synchronism ...
• "超同步的" 英文翻译 :    hypersthene; hypersynchronous; over synchronous; supersynchronous
• "超同步速度" 英文翻译 :    supersynchronous speed; supersynchronousspeed
• "超同步制动" 英文翻译 :    hypersynchronous braking
• "超同步电动机" 英文翻译 :    supersynchronous moter; supersynchronous motor; supersynchronousmoter
• "超同步梭形波" 英文翻译 :    hypersynchronous spindles
• "超同步的；整步脉冲" 英文翻译 :    supersync
• "有补偿异步电动机, 超同步电动机" 英文翻译 :    hypersynchronous motor
• "同步" 英文翻译 :    synchronization; synchronism; cogradient; synchro 载波同步 carrier synchronization; 该影片画面与声音不同步。 the film does not synchronize with sound.; 同步齿轮 synchromesh gear; synchronizing gear; 同步电动机 synchro motor; 同步回旋加速器 frequency-modulated cyclotron; phasotron; [物理学] synchrocyclotron; cyclosynchrotron; 同步加速器 synchroaccelerator; synchronous accelerator; [物理学] synchrotron; 同步通信卫星 synchronous communication satellite; 同步卫星 geostationary satellite; synchronous [stationery] satellite; 同步卫星导航 synchronous satellite navigation; 同步增长 grow in step with; grow in phase with; grow in pace with
• "同步；同步的" 英文翻译 :    synchronizing
• "同步同步机" 英文翻译 :    synchro
• "dram同步" 英文翻译 :    dram double data rate-synchronous
• "（便）同步" 英文翻译 :    synchronize
• "不同步" 英文翻译 :    out of sync; out-sync◇不同步电路 free-running circuit; 不同步启动 nonsynchronous initiation
• "差同步" 英文翻译 :    heterochronous
• "场同步" 英文翻译 :    field locking; field synchronization; vertical hold
• "磁同步" 英文翻译 :    magneticsynchro
• "次同步" 英文翻译 :    subsynchronous
• "粗同步" 英文翻译 :    coarse synchronizing; rough synchronizing
• "段同步" 英文翻译 :    segment synchronization
• "非同步" 英文翻译 :    [电学] nonsynchronous
• "副同步" 英文翻译 :    subsynchronous
• "光同步" 英文翻译 :    phototiming
• "后同步" 英文翻译 :    postsynchronize

• Sub - synchronous super - synchronous satellite
  分同步超同步卫星
• When generator runs at conversation states from synchronous speed to super - synchronous speed , the excitation current of oppositional phase sequence should ensure the current waveform smoothly transform
  当发电机运行于同步速向超同步速过渡转换状态时，需向转子馈入反相序的励磁电流，且保证励磁电流的波形平滑连续。
• Just based on the two points mentioned above , a control system of doubly - fed variable speed constant frequency ( vscf ) wind power generator based on 8xc196mc is designed in this paper , which can smoothly transform between the different operational modes from sub - synchronous speed to synchronous speed and to super - synchronous speed
  正是基于上述两个出发点，本文设计了一台基于8xc196mc单片机的2 . 8kw变速恒频双馈风能发电控制系统。主电路中变流器的设计可使该系统能工作于亚同步速、同步速及超同步速三种运行状态，并具有能量双向流动的特点。
• Simulations for these two conditions prove validity of theoretical analysis . on the basis of this scheme , a new speed adjustment strategy about vector control of doubly fed motor based on rotor current vector fixing is given . it introduces the closed - loop of stator excitation current to the system , which increases two adjustment channels : speed and excitation adjustment
  经理论分析可知，该方案中，由于转子电流与磁链无法实现完全解耦，故仅在亚同步工况下有效，在超同步时则会因为调速系统不能自动校正转子磁链幅值变化引起的横向电流而使系统失去控制，无法达到稳定状态。
• This strategy has many advantages : solving the problems that the system is unsteady under super - synchronization ; improving power factor of stator ( it is unity relative to that of rotor ) ; no rotor position sensor and no initial position measurement , easily building up doubly fed speed adjustment system with speed sensorless because adjusting speed is taken in the rotor coordinate and rotor current vector fixing is implemented
  该方案由于引入了定子电流励磁分量的闭环控制，使系统同时具有转速和励磁调节两个调节通道，具有如下优点：一、解决了超同步工作工况不稳定的问题；二、提高了定子侧的功率因数(与转子侧功率因数为1相比) 。三、由于速度调节在转子坐标系下进行，并以转子电流矢量定向，所以无须转子位置传感器，也不用检测初始位置，易于组成无速度传感器双馈调速系统。
• Abstract : the present article introduces the principal factors governingthe movement process of the turnover machine , describes the revamp on the original control system of the main driver and heavy truck hauling device of the turnover machine including application of quadrant logic speed regulation system and supersynchronous logic compensating state control system into the revamp of the machine as well as the function and features of the systems , and discusses the movement process of the main driver of the turnover machine
  文摘:介绍翻车机的运行过程要素，对翻车机主传动及重车牵引原控制系统进行改造，引入四象限逻辑控制调速系统及超同步逻辑补偿状态控制系统，阐述其性能、特点及工作过程，针对翻车机主传动运行过程展开讨论。