快响应的英文

• fast response
• fast-response

• "快"英文翻译    fast; quick; rapid; swift; s ...
• "响应"英文翻译    respond; answer
• "快响应传感器" 英文翻译 :    fast-response transducer
• "响应" 英文翻译 :    1.(表示赞同) respond; answer 响应号召 answer the call; 得到迅速的响应 meet with a quick response; 报之鼓舞人心的响应 return an encouraging answer; 他们对募集资金的呼吁作出了慷慨的响应。 they have made generous response to the appeals for funds. 毕业生们热情响应党的号召, 到边疆去工作。 the graduates eagerly responded to the party's call and went to work in the border regions.2.[物理学] [电学] response
• "响应；响应值" 英文翻译 :    response
• "响应域, 响应场" 英文翻译 :    response field
• "dde响应" 英文翻译 :    dde response
• "web响应" 英文翻译 :    web response
• "不响应" 英文翻译 :    no response
• "超响应" 英文翻译 :    overrespond
• "答复；响应" 英文翻译 :    respond to
• "低响应" 英文翻译 :    low-response
• "定响应" 英文翻译 :    definite response
• "多响应" 英文翻译 :    multiple response; multiplere o e
• "复响应" 英文翻译 :    complex response
• "光响应" 英文翻译 :    photoresponse
• "回答, 响应" 英文翻译 :    in answer to
• "回应，响应" 英文翻译 :    re respond
• "假响应" 英文翻译 :    spurious response
• "慢响应" 英文翻译 :    slow-response
• "逆响应" 英文翻译 :    reverse response
• "确认,响应" 英文翻译 :    acknowledge
• "热响应" 英文翻译 :    thermal re o e; thermal response
• "弱响应" 英文翻译 :    weak reponse
• "色响应" 英文翻译 :    colour response

• The low frequency of road - induced vibration of a vehicle and quick response of mr damper make nn real - time control of possible
  路面低频输入和磁流变液体毫秒级快响应的特点，为神经网络的在线控制提供了条件。
• It overcomes the disadvantages of the other actuators , and has the advantages of high speed , big driving force , small step size and fast response . it is a very promising micro actuator
  它克服了许多其他执行器的缺点，具有高速度、大推力、小步距、快响应等特点，是一种很有潜力的微执行器。
• Three - phase full bridge controlled rectifier , filter circuit and the common loads " mathematics models are built and analyzed . according to the rate of the transition process , the controlled rectification power supply can be classified into fast response and slow response . based on identification of the transition processes using the slope method , the different fuzzy control strategy is adopted . the control method can meet the requirements of real time control and non - error regulation . the simulation results verify its practibility . after that . the design scheme based on dsp is introduced including the design of hardware and software flow chart . emc is an important aspect which can not neglected , so the designs of emc are summarized including hardware and software
  根据过渡过程的快慢将可控整流电源系统分为快响应过程和慢响应过程，本文在利用响应曲线斜率法辨以过渡过程的基础上，分别针对快响应过程和慢响应过程采取了相应的模糊控制策略，以满足快响应过程要求实时控制，快速跟踪误差变化，慢响应过程要求精确定位，无差调节的要求，仿真结果验证了该方法的有效性，进而分析了用dsp实现该调节器的硬件电路和软件流程的设计思路。
• The acceleration sensor has been developed using mems technique , microelectronic technique , and vacuum electronic technique . it can be widely used in navigation and aerospace , industry automation and car airbag control and so on . the research of such kind of acceleration sensor is of great scientific significance
  该传感器集固体器件和真空电子器件的优点于一身:具有抗辐射、温度稳定性好、快响应、高灵敏、高分辨率、低电压、低功耗、信号处理电路简单、体积很小等优点。
• A multi - laminated structure telescope and a modified fast response electronics system were adopted to design a multi - functional charged particle spectrometer - identificator for near - earth space environment studying . the telescope system for this instrument consists of three au - si surface barrier detectors with different thickness and an scintillation csi ( tl )
  这套空间带电粒子谱探测系统主要有金硅面垒探测器、 csi闪烁体和改进的快响应电子学系统构成，包括e - e望远镜系统和数据的获取及处理系统。
• In the paper , we put forward the combination of micro electronic technology , mems technology and vacuum micro electronic technology to develop a micro electronic pressure sensor with overload protection . the pressure sensor consists . of elastic anode membrane , isolation layer , vacuum micro cavity and field emission catelectrode tip array with overload protection . such pressure sensor has many advantages , such as high temperature stability , radiation resistance , fast response , high sensitivity , small volume , simple secondary instruments and bulk production
  本文在重庆市科技“十五”项目的资助下，提出利用微电子技术、 mems技术和真空电子技术相结合的方法，研究一种带过保护功能的真空微电子压力传感器，该压力传感器由带过保护的场致发射阴极锥尖阵列、弹性阳极膜、绝缘层、真空微腔所构成，具有温度稳定性好、抗辐射、快响应、高灵敏、体积小、二次仪表简单、可批量生产等优点，具有广泛的应用市场。