修正因子

  • 网络correction factor;Shear correction factor
修正因子修正因子
  1. 球形石墨空腔电离室壁修正因子的Monte-Carlo模拟和实验测量

    Monte-Carlo Calculation and Measurement of Wall Correction Factor for Spherical Graphite Ionization Chamber

  2. 激光合成Si3N4吸收系数值的实时测量方法和修正因子

    A read time measuring method and correction factor of absorptance for the synthesizing Si_3N_4 by laser

  3. 用带修正因子α的FUZZY控制器对热压罐进行控制

    Fuzzy Controller with Varied Scaling Factor to Be Applied in Autoclave Control

  4. 自动修正因子Fuzzy控制器研究

    Forum for the Advancement of Scientific Research A study of automatically modifying factor fuzzy controller

  5. 拟合出了曲率修正因子Fc的近似计算公式。

    An approximate equation of curvature correction factors F_c is proposed .

  6. 本文介绍一种较新颖的自动修改修正因子Fuzzy控制器的工作原理和设计方法。

    This paper introduces the working principle and design considerations of a new fuzzy controller with automatically modifying factors .

  7. 本文将模糊控制技术应用于供水系统,设计出自调整修正因子Fuzzy-PID控制器,克服了传统PID控制设计中的参数调整困难的问题。

    Fuzzy control theory is applied to the water supply system in this paper .

  8. 曲率修正因子Fc的近似计算公式在给定的范围内能够满足工程上的需要。

    The approximate equation of curvature correction factors F_c may be used for engineering in certain region .

  9. 针对热压罐惯性滞后大的情况,提出用带修正因子α的FUZZY控制方法对热压罐进行控制。

    This paper presents a way of fuzzy controller with varied scaling factor to be successful applied in an inherent large thermal inertia system Autoclave .

  10. ~(238)U裂变电离室修正因子及探测响应的蒙特卡罗模拟计算

    Monte-Carlo Simulation for Correction Factors and Detection Response of ~ ( 238 ) U Fission Chamber

  11. 在计算上表面的自由面修正因子K时,采用升力面方法。

    The method of lifting surface is adopted in calculating free surface correc - tion factor K of upper surface .

  12. 文献给Fuzzy控制器的控制规则设计提出了一条新途径,使Fuzzy控制器的控制规则可用一个包含修正因子的公式描述。

    Paper ( 1 ) has proposed a new approach for fuzzy controllers , in which a control rule can be described by a formula regulatable factor .

  13. 控制效果证明,采用带自动修正因子Fuzzy控制方法,能取得较理想的动静特性和自适应能力。

    The control effectiveness indicates that using the fuzzy control method with automatic modifying-divisor , the ideal dynamic / static specificity and self-adapting capacity can be obtained .

  14. MonteCarlo方法计算快中子在样品中多次散射和通量衰减修正因子

    The calculation of multi-scattering & FLUX-DECAY corrective factor of fast neutron in the sample by Monte Carlo

  15. 插棒法空间效应修正因子计算中MC方法的应用

    Application of Monte Carlo Method in Modified Spatial Effects Factor Calculation in Rod-Insertion Method

  16. 采用了基于修正因子的模糊控制策略,并设计了相应的控制器,并与PID和模糊PID进行了比较,得到这种控制能更好的提高控制质量。

    The corresponding controller is designed . The comparison with PID and fuzzy PID , shows that it can enhance control quality better .

  17. 针对铝水炉常现控制中存在的问题,设计一种应用于铝水炉控制系统中的自动修正因子Fuzzy控制器。

    In accordance with the problems arising in the common control of aluminium water furnace a fuzzy controllor with automatic correction factor is designed and applied to control system of aluminium Water furnace .

  18. 锗γ谱仪~(110m)Ag符合相加修正因子测量

    Coincidence summing correction factor of HPGe detector

  19. 首先应用Box复合形法对模糊控制规则进行优化,然后在对模糊控制的修正因子确定方法进行比较的基础上,深入讨论了入口匝道交通模糊控制修正因子函数型的参数标定方法。

    The optimized fuzzy control rule is first applied with Box complex method , and the fuzzy control modification factor was then calibrated through comparison of some methods to determine the modification factor .

  20. HPGeγ谱仪~(110m)Ag符合相加修正因子实验测定与拟合计算

    Determination and calculation of ~ ( 110m ) ag coincidence-sum correction factor of HPGe γ spectrometer

  21. 用一种带修正因子对模糊规则进行调整的模糊控制器取代传统的PID控制器,能明显改善系统的稳态和动态性能。

    Steady and dynamic performance of this system can be improved obviously with a correction factor to adjust to the fuzzy rules of fuzzy controller to replace the traditional PID controller .

  22. 为使低排放受让机组和高排放出让机组优先交易,本文采用CO2修正因子修正各机组的报价。

    To let low-emission buying units and high-emission selling units have the priority of trading , CO2 modifying factor is used to modify the quoted price in this paper .

  23. 针对城市供水系统普遍存在的大滞后和惯性的特点,把模糊控制和PID控制结合起来构成具有自调整修正因子的Fuzzy-PID控制器,在应用中获得了满意的控制效果。

    For its serious lag and inertia , we integrate the fuzzy controller and PID controller into the self-adjust modify factor Fuzzy-PID controller and get the satisfied effect .

  24. 为了使该系统具有更好的性能,对其控制策略进行了研究,设计了一种恒流量自调节修正因子的模糊PID控制器,并通过Matlab仿真进行了验证。

    In order to give the system a better performance , research its control strategy , and a constant correction factor of fuzzy self-adjusting PID controller is designed , and is verified by Matlab simulation .

  25. 以MCS-51系列单片机和交流伺服装置组成的舰载雷达稳定平台伺服系统为对象,采用带修正因子的FUZZY控制器对其进行控制。

    A FUZZY controller with a correcting factor is utilized to control a ship based radar stabilizing plant servo system consisting of a MCS 51 family single chip computer and AC servo units .

  26. 后件参数通过有ki,kp,kd修正因子的BP改进算法在线更改,控制意义明确,确保系统动态性能。

    An improved BP algorithm with ki , kp , kd coefficient modifies consequence parameters , which clarifies meaning of parameters and ensures the transient response .

  27. 在洛伦兹模型基础上,类比声子散射,提出了对束缚电子的等离子体频率和束缚电子弛豫时间引入尺度修正因子,建立了电介质粒子n、k值随波长和粒径变化的尺度效应模型。

    On basis of Lorentz model , we bring in size parameter into bound electron relaxation time and plasma frequency by analogy with phonon scattering , and build a dielectric particle n and k model which vary with size and wavelength .

  28. PI控制器的比例增益KP和积分增益KI由模糊控制规则确定,并且通过修正因子在线自校正来优化模糊控制规则。

    The proportional gain and integral gain of the PI controller are determined by fuzzy control rules , and the rules are optimized by on-line self-tuning modifying factors .

  29. 实验采用同时监测输入光P0、反射光P,消除光源不稳定产生的误差;理论推导了折射率随光强的变化关系,并引入修正因子η;

    The measure error induced by the source variation was erased by comparing the input power P_0 and reflected power P.Relation of the light power and the refractivity is deduced and modifying factor η is introduced .

  30. BPS型TE-TE球形空腔电离室在15MeV中子场测量的修正因子

    Correction factors of the BPS Te-Te spherical cavity ionzation chamber in 15 MeV neutron field