偏转系统的英文

• deflecting system
• deflecting yoke
• deflection system
• deflection yoke
• deviation system
• scanning yoke

• "偏转"英文翻译    deflection; diversion; excur ...
• "系统"英文翻译    system
• "磁偏转系统" 英文翻译 :    magnetic deflection system
• "垂直偏转系统" 英文翻译 :    vertical deflection system
• "磁性偏转系统" 英文翻译 :    bending magnet system
• "电视偏转系统" 英文翻译 :    television yoke
• "固定偏转系统" 英文翻译 :    fixed yoke
• "静电偏转系统" 英文翻译 :    electrostatic deflection system
• "喷流偏转系统" 英文翻译 :    jet deflection system
• "水平偏转系统" 英文翻译 :    horizontal deflection system
• "推力偏转系统" 英文翻译 :    thrust-deflector system
• "偏转系统偏转线圈" 英文翻译 :    deflecting yoke
• "静电-射频偏转系统" 英文翻译 :    dc-rf deflector system
• "扩展式偏转系统" 英文翻译 :    flared deflection yoke
• "去像散偏转系统" 英文翻译 :    anastigmatic deflection system
• "选色用偏转系统" 英文翻译 :    colour-selector deflection system
• "聚焦投影与扫描（偏转系统）" 英文翻译 :    fps focus projection and scanning (deflection system)
• "扫描线圈；致偏磁轭；偏转系统。" 英文翻译 :    scanning yoke
• "电子偏转系" 英文翻译 :    electric deflection system
• "偏转系数" 英文翻译 :    deflection coefficient; deflection factor
• "光束偏转系数" 英文翻译 :    beam deflection system
• "快以转系统" 英文翻译 :    rapid inversion system
• "轮转系统" 英文翻译 :    activity wheel
• "旋转系统" 英文翻译 :    rotary system; spinning system
• "周转系统" 英文翻译 :    turn around system; turnaround system

• Finally , the paper presents the lyapunov - based decentralized control system because the piezo - electric steering system is complex dynamics and can ’ t know status of controlled plant
  最后,针对压电偏转系统系统动力学复杂和无法得到系统状态量的问题,提出了分散式李亚普诺夫控制系统,设计了分散式自适应控制器。
• Secondly , the performance of the acousto - optic steering system is deteriorated as a result of the coupling because of nonlinear of quadrant detector and the pointing error introduced by satellite platform vibration . for this problem , this paper introduces the model reference adaptive control system , and presents the perfect model . the model reference adaptive controller is designed to force the output of the acousto - optic steering system following the output of the perfect model to improve the system performance
  其次,针对声光偏转系统由于器件的非线性造成的耦合和平台振动造成的指向误差导致系统性能恶化问题,引入了模型参考自适应控制系统,提出了理想的模型,设计了模型参考自适应控制器,强迫性能恶化的声光偏转系统的输出跟随理想模型的输出,使其性能改善,利用超稳定性理论确定自适应参数以保证系统的稳定性。
• Part 2 analyses beam landing shifts made by thermal deformations of a shadow mask and vibration of a new type of shadow mask - aperture grille . an automatic measurement system for cpt decolorization and a vibration measurement system for aperture grille are established . part 3 analyses the difference of perception and discrimination to color between the human eyes and ccd system , and develops a new method based on ccd technology to evaluate the screen white - balance
  主要内容分为三部分： ( 1 )分析着屏电子束分布与电子枪、偏转系统及荫罩之间的关系，研制自动测试装置，为设计和改进相关结构提供依据； ( 2 )分析荫罩热变形和振动对显示屏色纯度影响，建立了色纯漂移自动测试装置和张紧式荫罩振动测试系统； ( 3 )分析了人眼与ccd对彩色刺激的不同响应，建立了基于ccd的显示器全屏色纯均匀性测试方法。
• Aberration of electronic lens made by electron gun and aberration of magnetic deflection system made by dy are comprehensively investigated , so is the shadow mask ' s effect on electron beam landing screen error . the conclusion can be get that , because the distribution of electron beam landing screen ( distribution of luminance ) is affected by many kinds of factors , it cannot get the correct function by calculation , and should be get by measurement instead
  全面分析了cpt电子枪发射系统形成的电子透镜像差与磁偏转系统形成的偏转像差；分析了荫罩的自身厚度与位移对电子束着屏的影响，并由此得出结论，着屏电子束分布(即亮度分布)受着许多因素的影响，理论分析是半定量的，着屏电子束分布需要用精确的测量仪器来测量。
• By using auto - adjusting boundary conditions and the method of three cubed spline curve fitting , the system software can recover both of the horizontal and vertical beam profile . the measurement system can also measure the beam landing screen error of cpt . it provides a important measurement and analysis tool to improve the performance of electron gun and dy , and improve the definition of cpt
  系统软件中，提出了采用动态确定边界条件，通过对离散采样点的三次样条插值曲线的拟合恢复束斑x和y方向的轮廓，本系统既能准确客观地描述电子束轮廓，又能够准确快速地测量电子束着屏误差等多种参数，为cpt电子枪和偏转系统的性能改进与分辨率的提高提供了有力的测试分析和研究手段。

• 偏转系统的日语：へんこうけい