非线性环节的英文

• non linear link
• nonlinearity

• "非线性"英文翻译    nonlinearity; nonlinear
• "环节"英文翻译    link
• "非线性环路镜" 英文翻译 :    nolm nonlinear loomirror
• "非线性环路时钟发生器" 英文翻译 :    nlcg non-linear looclock generator
• "惯性环节" 英文翻译 :    inertia element
• "限制性环节" 英文翻译 :    critical link
• "惯性环节（非周期环节）" 英文翻译 :    inertia element (aperiodic element)
• "非线性" 英文翻译 :    [数学] [物理学] [电学] nonlinearity; nonlinear
• "饱和非线性" 英文翻译 :    saturation nonlinearity
• "材料非线性" 英文翻译 :    material nonlinearity
• "参数非线性" 英文翻译 :    parametrical nonlinearity
• "场非线性" 英文翻译 :    field nonlinearity
• "弛豫非线性" 英文翻译 :    relaxing nonlinearity
• "垂直非线性" 英文翻译 :    vertical non-linearity
• "单值非线性" 英文翻译 :    single value nonlinearity; single variable control system
• "二次非线性" 英文翻译 :    quadratic nonlinearity
• "非线性饱和" 英文翻译 :    nonlinear saturation
• "非线性编程" 英文翻译 :    nonlinear encoding
• "非线性编辑" 英文翻译 :    nle non-linear editing; non-linear editing system; nt non-inea editing; nt non-linear editing
• "非线性编码" 英文翻译 :    nonuniform encoding; nonlinear encoding
• "非线性变化" 英文翻译 :    nonlinearities change
• "非线性变换" 英文翻译 :    nonlinear transformation
• "非线性变形" 英文翻译 :    nonlinear deformation
• "非线性标尺" 英文翻译 :    nonlinear scale
• "非线性标度" 英文翻译 :    non linear scale; nonlinear system simulation

• The static characteristic of control force takes the key - role in the nonlinear system ' s control
  非线性环节不再像往常那样对误差信号起作用，而是针对控制作用。
• The results are satisfied . at the same time , the results of matlab simulation of industrial constant temperature objects are satisfied
  使用matlab针对具有大延迟和非线性环节被控对象进行计算机仿真，并与常规pid调节器比较控制效果。
• The linear dynamic subsystem and nonlinear static subsystem of hammerstein model are obtained after the identification , thus the nonlinear dynamic system is affirmed
  辨识后得到hammerstein模型的动态线性环节和静态非线性环节，确定了系统的动态非线性。
• There are many nonlinear systems with their characters slow time varying in control domain . those with intrinsical nonlinear portions are even much more hard to control successfully
  在控制领域中，存在着大量的非线性慢时变系统，其中的带有本质非线性环节的系统尤其难以得到好的控制效果。
• This thesis carries out studies around the parameter identification of excitation system and carries out parameter identification of liner circle and nonparametric identification of nonlinear circle
  本文围绕励磁系统参数辨识这一题目进行研究，进行了励磁系统线性环节和非线性环节的参数型或非参数型的辨识。
• The trials of some nonmonotonic nonlinear system identification using genetic programming are made under the assumption that neither the structure nor the parameters are known . first , it is carried out under the condition that the parameters are constant
  在假定该对象的结构及参数未知的条件下，首先对该非线性反馈部分参数恒定的情况进行辨识，其次试验了非线性环节参数变化情况下的辨识。
• Subsequently , the nonlinear model is locally linearized about equilibrium point , thus , the linear model is obtained . with this model , the performance of standard efci algorithm is evaluated and the conclusion is that oscillations are caused by the nonlinear component existed in efci algorithm
  在标准的efci算法的稳定性分析中，发现了系统振荡的本质原因在于系统中存在非线性环节，进而提出了对efci算法的改进，有效克服了系统振荡。
• Aiming at the non - linear links such as time lag , inertia , dead time and saturation within the turbine regulating system , a fuzzy - immune - pid control system was designed based on a mutative scale chaos optimization method , the principium of immune feedback system and the theory of fuzzy control
  摘要针对汽轮机调速系统中存在的时滞、惯性、死区和饱和等非线性环节，采用模糊控制理论，结合免疫反馈机理，设计了基于变尺度混沌优化策略的模糊免疫pid控制系统。
• Because electro - hydraulic servo system has lag circle 、 dead zone 、 nonlinear tache , and difficult to ascertain the precise mathematic model , fuzzy control test system was designed to overcome the system disadvantage , the design method of fuzzy cotroller and the implementation of computer fuzzy control software were all proposed
  摘要针对电液伺服系统中往往存在死区、滞环等非线性环节，很难建立精确的数学模型等特点，设计了一个模糊控制测试系统，克服了系统的缺点，给出了模糊控制器的设计方法和计算机模糊控制软件实现方案。
• Stability for a class of nonlinear feedback system is studied in this paper . thus some sufficient and necessary conditions are given . these results are suitable for both time - invariant and time - varying systems . as an application , the general time - varying lur e problem is studied too . then the time - varying circle criterion in the siso case is given . at the same time , in the mimo case , a stability criterion is given , which doesn t need the decoupling conditions
  -稳定性问题，给出了其稳性分析准则和一些必要条件，这些结果适用于时不变与时变系统。其次，利用已有的结果，研究了非线性环节具有扇区特性的稳定性问题。在单输入单输出siso的情况下，给出了时变系统的圆判据。