cascade compensation

英 [kæˈskeɪd ˌkɒmpenˈseɪʃn] 美 [kæˈskeɪd ˌkɑːmpenˈseɪʃn]

网络  串联校正

化学



双语例句

  1. According to the cascade variable structure neural network ( CVSNN), a non-linear compensation control strategy was proposed.
    研究了一个新型串级变结构神经网络(CVSNN);
  2. The whole control system consists of a cascade fuzzy control system for temperature, a ratio control system for air flow, and an adaptive compensation system.
    该系统由温度的串级模糊控制、空气流量比值控智和自适应补偿系统组成。
  3. Then, PID controller, cascade compensation and feed-forward compensation are combined together to design the synthetical controller of loading simulator.
    将PID校正、串联校正、前馈补偿校正相结合,设计了负载模拟器的综合控制器。仿真和实验结果表明,本文提出的综合控制器有效提高了负载模拟器的动静态性能及载荷谱跟踪精度。
  4. According to the characteristics of the cascade reservoirs in the Qingjiang River Basin and flood control duty, a dynamic control method for limiting floodwater level was developed based on real-time forecasting information and upstream reservoir storage compensation information.
    结合清江流域梯级水电站工程特性及防洪任务,以不降低梯级防洪标准为原则,建立基于预报及上游水布垭水库库容补偿的汛限水位动态控制模型,推求隔河岩水库汛期汛限水位动态控制方案。
  5. The Analysis of Transmission Theorem on the System of Cascade Arrayed-waveguide Gratings in Dispersion Compensation
    陈列波导光栅的理论建模与优化设计及其实验研究级联AWGs色散补偿系统的传输理论分析
  6. Analyzing the theorem of cascade AWGs for dispersion compensation system, taking a linear chirp pulse for example, this article obtain the expression of compensated pulse distribution.
    分析了级联AWGs器件系统色散补偿原理,推导出经过色散补偿后的脉冲波形的解析表达式,以线性啁啾脉冲代入此表达式分析验证了补散的有效性。
  7. Decoupling in fuzzy systems& a cascade compensation approach
    模糊系统的串联补偿解耦
  8. Optimal selection of cascade reservoirs compensation benefit of the Yellow River mainstream based on AHP and catastrophe evaluation
    基于AHP和突变评价法的黄河干流梯级水库补偿效益方案优选研究
  9. Hongjiadu Hydropower Station, as the first stage of cascade stations developed on Wujiang River, will have greater compensation benefit to thte stations located on its downstream reach than itself.
    洪家渡水电站是乌江梯级的龙头电站,其对下游的补偿效益大于本身效益。
  10. The Study on Cascade Compensation of Computation Delay for a Kind of Real time Control
    一类实时控制系统中计算延时的串联补偿研究
  11. Basing on control theories, the paper also studied the effect of cascade compensation network in control system and the circuit speciality of 1.2m telescope, and drew a conclusion that PD network was good for improving telescope quick tracking capability.
    基于控制理论,本文还研究了串联校正网络在控制系统中的作用和1.2m望远镜具体的电路特性,得出微分网络有利于提高望远镜的快速跟踪性能的结论;
  12. Based on the analyzing of coupling property, the design steps of cascade compensation decoupling method are proposed. The structure to realize fuzzy decoupling is given.
    本文在分析耦合特性的基础上,绐出了串联补偿解耦方法的设计步骤和实现模糊解耦的控制系统结构。
  13. To improve the control quality of conventional PID controller used in main steam temperature cascade control system, a new design method of fuzzy and PID hybrid controller is proposed by utilizing the advantages of both fuzzy and PID controls and their mutual compensation.
    为提高大型火电机组过热蒸汽温度串级控制的性能,提出了一种新型模糊-PID复合控制器的设计方法。
  14. To deal with the cascade compensation decoupling problem in fuzzy relational systems, a sufficient condition for decoupling and a method for constructing the decoupling-unit are presented.
    针对模糊关系系统的解耦问题,提出了可解耦的充分条件及构造模糊串联补偿解耦器的具体方法;
  15. The transmission theorem of cascade AWGs for dispersion compensation system based on time-space conversion is analyzed, and compared with the system of lightwave signal process of cascade grating-double lenses.
    分析了建立在时空变换原理基础上的级联AWGs色散补偿系统的传输理论,并与级联光栅-透镜对光信号加工系统进行了比校。
  16. The variable pump makes the open loop gain change and decrease, the tracking control accuracy is difficult to be achieved by traditional feedback control A/ O cascade control. Effective compensation to the change of open loop gain can be achieved with micro-controller and compound control methods.
    变量泵源导致系统开环增益下降和动态变化,传统的反馈控制和串联校正很难使此类系统跟踪精度达到要求应用复合控制方法,可以对开环增益变化进行有效补偿,提高跟踪控制精度。
  17. Experimental results prove that the shunt APF system with cascade multilevel converter based on CPS-SPWM can achieve excellent compensation effect even under much lower switching frequency. We can easily get to the conclusion: this method has a perfect prospect in industry application.
    通过一系列实验验证了将基于CPS-SPWM技术的级联型多电平变流器应用于APF上能较好地实现对非线性负载引起的谐波及无功污染的补偿,有良好的工业应用前景。
  18. Moreover, cascade compensation of UPFC can be used to improve and adjust transmission power for two phases running, too.
    同时还可利用UPFC的串联补偿来提高和调控两相运行时的传输功率。
  19. Then we apply this method to the cascade main-steam temperature control system with PFC-P control method based on fuzzy compensation. From the simulation result, we can conclude that it has better robustness and adaptability than PID-P control method.
    仿真结果表明,采用基于模糊补偿的PFC-P控制策略的串级主汽温系统,具有良好的控制品质,在适应性和鲁棒性上明显优于采用PID-P串级控制策略的主汽温系统。
  20. A cascade Buck with full-bridge circuit was introduced, and motor close-loop speed control was achieved by controlling the output voltage of Buck circuit and with motor phase current positive feedback compensation.
    采用Buck全桥电路结构,通过控制Buck电路的输出电压,结合电机相电流正反馈补偿,实现了电机速度的闭环控制。
  21. Cascade multilevel inverter structure is simple and mature in technological conditions, and easy to modularize and package, which has been widely applied in the field of active filter and reactive power compensation.
    级联型多电平逆变器结构简单,技术成熟,易于封装和模块化,已广泛应用在有源滤波、无功补偿等电能质量控制领域。
  22. Redefining the benefit and net benefit of optimal operation of cascade hydropower stations, the order of distribution is given. At the same time, the guidelines of compensation mechanism is studied and developed.
    同时,研究并提出了梯级优化调度补偿机制的制定准则。
  23. Joint operation of the cascade hydropower stations improves the utilization efficiency of water resources and it also generates remarkable compensation benefits in electricity generation.
    梯级联合补偿调节提高了水资源的利用效率,同时产生了显著的发电补偿效益。
  24. There are two main problems in the research of the valley cascade compensation mechanism. One is how to accurately calculate the compensation benefits of cascade hydropower stations, especially the electricity benefits generated by joint operation.
    在流域梯级补偿机制的研究中存在两个主要的问题,其一是梯级电站补偿效益的计算,尤其是联合调节下发电补偿效益的确定。