phase lagging中文是什么意思

• 相位落后
• 相位滞后
• 相移延迟

• "phase"中文翻译    n. 1.形势，局面，状态；阶级。 2.方面，侧面。 3 ...
• "lagging"中文翻译     lagging2 n. 1.(锅炉等的)外套 ...
• "lagging of phase" 中文翻译 :    相位滞后
• "lagging phase" 中文翻译 :    滞相
• "lagging phase angle" 中文翻译 :    滞后相位角
• "lagging phase operation" 中文翻译 :    滞相运行
• "lagging" 中文翻译 :    n. 落后，迟延。 adj. 慢的，落后的。 adv. -ly lagging2 n. 1.(锅炉等的)外套，防护套，罩壳。 2.加套；横板；护壁板。 3.【建筑】套板；横档板；支拱板条。
• "anaphase lagging" 中文翻译 :    后期落后
• "asbestos lagging" 中文翻译 :    石棉被覆; 石棉套衬; 石棉外套; 石绵被覆
• "boiler lagging" 中文翻译 :    锅炉隔热套层; 锅炉隔热外套; 锅炉绝热层包扎; 锅炉套箱; 锅炉外套
• "canvas lagging" 中文翻译 :    帆布套
• "cooling lagging" 中文翻译 :    冷却罩壳
• "covering of the lagging" 中文翻译 :    绝缘层外套管子
• "crown lagging" 中文翻译 :    支拱木
• "cylinder lagging" 中文翻译 :    缸防热包衣; 气缸绝热外套; 气缸外套; 汽缸绝热外套; 汽缸外套
• "fire lagging" 中文翻译 :    防火绝缘层, 防火覆盖层
• "head lagging" 中文翻译 :    顶板背板
• "heatproof lagging" 中文翻译 :    隔热套
• "insulation lagging" 中文翻译 :    绝缘层
• "jack lagging" 中文翻译 :    承重木构件; 支拱板条; 筑拱模板用支承板
• "lagging angle" 中文翻译 :    滞后角
• "lagging casing" 中文翻译 :    保温外壳
• "lagging chromosome" 中文翻译 :    落后染色体
• "lagging circuit" 中文翻译 :    滞后电路。
• "lagging cloth" 中文翻译 :    护热布， 防护套布， 保温套布

• Finite element analysis for dual phase lagging heat conduction equations
  双相滞热传导方程的有限元分析
• Measurement and analysis of the pulsed magnetic field phase lag in the ceramic case
  磁矩进动阻尼引起相位滞后的实验测量和理论分析
• The co - current charts of main constituents show that the m2 component currents have one current - amphidromic point at 29 18 ' n , 122 46 ' e , and the co - phase lag lines rotate anti - clockwise here
  主要分潮的潮流同潮图表明： m _ 2分潮流在29 18 n ， 122 46 e处有一个圆流点，同潮时线在该处以反时针旋转。
• 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。
• Comparing to inducing - magnetic mode with 50hz alternating current , we can use lower frequency alternating current to induce the magnetic so that it can eliminate the noise at 50hz frequency and weaken the noise whose phase lags signal 90 ? greatly . comparing to inducing - magnetic mode using rectangle - wave current as the signal , using low frequency to induce magnetic can eliminate ( weaken ) the differential coefficient noise . thirdly , it eliminates or weakens all different noise by designing the circuitry effectively in the transforming signal part
  相对于50hz交流励磁，这种励磁方法可以采用更低的频率来对微流量的磁路进行励磁，一方面可以完全消除工频干扰，另一方面可以极大地减小正交干扰；相对于方波励磁，这种励磁方法相当于多值方波励磁，有利于消除或减少方波法励磁所带来的微分干扰。
• The feedbacks of position , velocity , acceleration and dynamic pressure were applied to adjust the model , so the control system of single jar electrodraulic servo mechanism was built . to reduce the system error and interference error , the compound control was designed . the results of simulations showed that the magnitude attenuation and phase lag of the system come to the project demand
  引入包括位置反馈、速度反馈、加速度反馈和动压反馈在内的反馈控制技术对电液伺服驱动机构模型进行综合校正,从而建立单缸电液伺服控制系统,并在分析系统误差和扰动误差后,加入复合控制减小系统误差和抑制干扰,仿真结果表明复合控制系统的控制品质有了明显改善,能够满足工程需求。
• Abstract : it provides a kind of new nonlinear integrator and its mathematical model . its frequency responses is disscussed by the harmonics linearization method . its phase lag is found to be only 27 . 6 , all high order harmonics are very small , and it is very resistant to disturbances . by using it , an two - objective optimum control system is designed . it has very good control performances and will have good prospects in application
  文摘:提出一种新型的非线性积分器，给出它的数学模型，并用谐波线性化原理讨论它的频率特性，其幅频特性起积分作用，而相位滞后仅27 . 6 ，高次谐波分量小，抗干扰能力强.应用这种积分器设计了一个双目标优化的二次优化系统.仿真结果表明，系统的控制性能好，具有广泛的应用前景
• It is demonstrated that the theory and the method presented here can markedly improve the output snr , and minimize phase lag as well as the distortion of the system output signal with multi - frequency . a whole framework for multi - frequency signal processing is formed , including the methods of selecting system parameters and signal recovery
  对于带噪声的多频模拟信号，参数调节随机共振方法能够提高系统的输出信躁比，并减小多频模拟信号的波形畸变和相位延迟，本文给出了系统参数调节方法和信号反演关系，从而形成了较为完整的模拟信号处理方法。

• phase lagging перевод