滞后特性的英文

• hysteresis characteristic
• lag characteristic
• lagcharacteristic
• retarding characteristic

• "滞后"英文翻译    lag; lagging; delay; hystere ...
• "特性"英文翻译    characteristic; character; p ...
• "滞后特性曲线" 英文翻译 :    lag curve
• "滞后特性误差" 英文翻译 :    hysteresis error
• "顾后特性" 英文翻译 :    look-back feature; look-backfeature
• "落后特性" 英文翻译 :    lag characteristic
• "地层的钻后特性" 英文翻译 :    post-drilled behavior of formation
• "特性滞后时间" 英文翻译 :    characteristic delay time
• "滞后" 英文翻译 :    lag; lagging; delay; hysteresis; hunting (自动控 制); file over; lag in phase 电流滞后于电压。 the current lags behind the voltage
• "西后特拉" 英文翻译 :    xi houtela
• "滞后,滞后" 英文翻译 :    hysterisis
• "术后特别病房" 英文翻译 :    recovery room
• "战后特技替身" 英文翻译 :    the stunt man
• "特性" 英文翻译 :    characteristic(s); character; performance; features; properties; behaviour; response; characteristic property; peculiarity; speciality; specificity; specific property
• "磁滞后" 英文翻译 :    magnetic lag
• "电滞后" 英文翻译 :    electric hysteresis
• "非滞后" 英文翻译 :    anhysteretic
• "零滞后" 英文翻译 :    zero lag
• "落后,滞后" 英文翻译 :    lag
• "热滞后" 英文翻译 :    heat lag; heat-capacity lag; thermal hysteresis; thermal lag
• "无滞后" 英文翻译 :    no-lag; zero-lag
• "延迟，滞后" 英文翻译 :    backening; dely; lag
• "滞后波" 英文翻译 :    delayed wave; retarded wave
• "滞后窗" 英文翻译 :    lag window
• "滞后带" 英文翻译 :    drag zone

• Systems stability and performance are always influenced badly by lag
  而滞后特性往往会严重影响到控制系统的性能指标甚至使系统不稳定性。
• The lyapunov theorem and lasalle invariance principle are applied to optimization sub - problem in augmented lagrange multiplier method
  参数不确定性和滞后特性在实际工业过程中广泛存在。
• The research works are mainly concerned with the following aspects : firstly , the differential expression of bilinear hysteretic is studied and a new differential expression is developed , then they are demonstrated
  作者主要完成了以下四个方面的工作。首先，对双线形滞后特性的微分表达式进行了研究，提出了一种新的微分表达式，并给出了证明。
• To plants with big time delay , the neuron pid control method with fuzzy - tuning gain is proposed . being used to control the water temperature process , the simulation tests results prove the validity of the proposed method
  针对具有不确定性的大纯滞后对象，提出了增益模糊自整定神经元pid控制方法，并以具有大纯滞后特性的水温调节过程为背景，进行了仿真实验，仿真结果证明了该方法的有效性。
• Abstract : a detailed analysis is made of the errors made by the system trace , of the mutual relation between trace error and contour error and of the effect on accuracy produced by contour machining , and some computation formulas have been worked out
  文摘:从进给伺服系统动态响应、滞后特性角度，较详细地分析了跟随误差产生的原因，跟随误差与轮廊误差之间的相互关系和对轮廊加工产生的精度影响，并给出了具体的计算公式。
• Moreover , large - lag links , transmission process and complicated on - line analyzer etc , are common in the number of industrial processes , which can cause delay in the systems . such delays will be a main cause of bad performance or even instability for control systems
  而且，由于大惯性环节、传输过程以及复杂的在线分析仪等不可避免地会导致滞后现象的产生，这些滞后特性往往会严重影响控制系统的稳定性以及系统的性能指标。
• Based on the characteristic of the coupling objects it optimizes the decouple parameters , and the simulation result proves that the decoupling optimized algorithm compensates the hydraulic system lag , achieves the best collection efficiency , and enhances the stability of walking
  并根据耦合对象的特性，进行去耦优化，仿真结果表明该去搞优化算法能补偿液压系统滞后特性，独立进行集扩头高度最优调节，达到最佳集矿效率，提高行走稳定性。
• The control object that characterize the phase lag resemble resistance furnace adopt intelligent pid control . the control parameter is self - tuning , not artificially tune off line . furthermore , it heightens the automatization degree of system and the control precision
  针对电阻炉这样的具有滞后特性的控制对象采用了智能pid控制器， pid的控制器的参数由系统自整定，而不是离线后由人工整定，提高了系统的自动化程度，而且控制精度也有很大的提高。
• Under strongly random exterior excitation , most structures will undergo elastic - plastic stage and show hysteretic characteristics , the vibration of structure expresses nonlinear random feature . therefore nonlinear model must be utilized in order to describe the behavior of this kind of structure , also the theory and methodologies of nonlinear random vibration are necessary for analyzing their response
  许多工程结构在强烈随机外激励下都将进入弹塑性变形状态，表现出滞后特性，结构的振动表现为非线性随机振动，因此必须用非线性模型来描述结构，并用非线性随机振动的理论和方法来进行分析。
• For example , petroleum chemical engineering systems and metallurgy systems can be modeled as time - delay systems for their content lag and transmission delay . in addition to these , because of transmission process , large - lag links and complicated on - line analyzer etc , a large number of industrial processes ( in metal engineering , chemical engineering systems , biomedical systems and so on ) can be modeled as time - delay systems
  基本上是不可避免的,大惯性环节、传输过程、复杂的在线分析仪、石油化工和冶金工业过程中的容量滞后和传输延时等不可避免地会导致滞后现象,而这些滞后特性往往会严重影响控制系统的稳定性以及系统的性能指标,甚至使系统不稳定性。

• 滞后特性的日语：ヒステリシス特性 ヒステリシスとくせい りれきとくせい ふくげんりょくとくせい