电压控制的的英文

• voltage-controlled

• "电压"英文翻译    voltage; electric tension; e ...
• "控制"英文翻译    control; dominate; regulate; ...
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "电压控制的电压源" 英文翻译 :    vcvs voltage controlled voltage source
• "电压控制的电流源" 英文翻译 :    vcis voltage controlled current source
• "电压控制的放大器" 英文翻译 :    vca voltage controlled amplifier
• "电压控制的滤波器" 英文翻译 :    vcf voltage controlled filter
• "电压控制的时钟" 英文翻译 :    vcc voltage controlled clock
• "电压控制的振荡器" 英文翻译 :    vco voltage controlled oscillator
• "电压控制的晶体振荡器" 英文翻译 :    vcxo voltage controlled crystal oscillator
• "逆电压控制的半导体开关" 英文翻译 :    dynistor
• "液压控制的" 英文翻译 :    oil-controlled
• "电压控制" 英文翻译 :    voltage control
• "电压控制器" 英文翻译 :    potential attenuator; voltage controller
• "定电压控制" 英文翻译 :    cvc constant voltage control
• "线电压控制" 英文翻译 :    line voltage controller
• "变动电压控制" 英文翻译 :    varying-voltage control
• "电枢电压控制" 英文翻译 :    armature control; armature voltage control
• "电压控制电路" 英文翻译 :    voltage control circuit; voltage-control circuit
• "电压控制电源" 英文翻译 :    voltage controlled source
• "电压控制回路" 英文翻译 :    voltage control loop
• "电压控制时钟" 英文翻译 :    voltage controlled clock
• "电压控制系统" 英文翻译 :    voltage control system; voltage-control system
• "电源电压控制" 英文翻译 :    line voltage control
• "多极电压控制" 英文翻译 :    multi-voltage control

• Bifurcation and chaos behaviors are presented with the voltage controlled converter . their influence on stability is analyzed
  分岔与混沌的现象在电压控制的功率变换器中产生，文中指出了它们对稳定性分析的意义。
• It constructs a model of the reactive power and volt control problem first and uses genetic algorithm to calculate the optimal control
  先建立无功电压控制的求解模型，针对其计算空间过大的特点，引入遗传算法在全局范围内求最优解。
• On the basic of completed the wave control , we studied the accelerated arithmetic . the speed of measurement has widely improved by using the accelerated arithmetic
  我们在完成了对激磁电压控制的基础上并研究了波形控制的加速算法，从而使磁化特性的测量速度有了很大提高。
• 3 . reactive power optimization based on interior point method is studied in this thesis as that ga ' s calculation speed can not satisfy the requirement of real time voltage control
  由于遗传算法的计算速度难以满足实时电压控制的要求，本文进行了基于原-对偶内点法的无功优化算法的研究。
• The effect from three gorges plant on reactive and voltage to the grid , and the difficult point about the control of reactive power and voltage in the grid for the future were considered
  在此基础上，结合三峡电站对湖北电网无功电压方面的影响，对今后湖北电网无功电压控制的难点进行了初步分析。
• With development of modern power electronic technique , many reactive power - voltage controllers emerged which can improve voltage stability although debasing frequency dynamics at the same time
  随着现代电力电子技术的发展，电力系统出现了许多用于无功-电压控制的装置，这些装置在提高系统电压稳定性的同时，使系统的动态频率特性变坏。
• Fuzzy security constraints , such as voltage and generator ' s reactive power output , are introduced in qp model , and a new ipm with fuzzy constraints is deduced in detail , being the critical program in quasi real - time voltage / reactive control . 4
  根据我国电网当前的自动控制水平以及实时无功/电压控制的认可程度不高的实摘要际情况，提出首先实现电网的准实时无功电压控制，以提高运行电压合格率、降低网损。
• A new static hybrid layered voltage control model has been set up . in this way static layered management management and control of voltage are realized , the proposed static hybrid automatic voltage control ( havc ) system and the methods are proved to be effective by the results of computer simulation research done by wscc - 9 system in the paper
  最后,将混成控制系统的理念和方法引入电力系统静态电压控制的仿真研究,建立静态混成自动电压控制( havc )模型,实现系统的静态电压分层调节和控制。以wscc - 9节点系统为例进行计算机仿真研究验证,证明了静态混成自动电压控制系统的有效性。
• Detaildiscussion and partition of it is given according to the research contellts , methods , tfor spanand objective function etc . the method applied here , genetic algorithin ( ga ) for reactivepower planning problem and interior point method ( ipm ) for quasi real time voltage / reactivepower control are separate surnmarized fully and comprehensively hence , two aspects ofreactive power operating optimization , i . e . optimal reactive power compensation planning andquasi - real time voltage / reactive power control are studied in detail in this thesis withintelligent method , such as fully mathematic and expert system etc . , integrated
  本文从无功优化问题的研究内容、研究方法、时间跨度和目标函数等方面进行了详细的探讨和划分。在对本文采用的无功规划优化的研究方法?遗传算法和无功/电压控制的研究方法?原-对偶内点法进行综述的基础上，提出根据电力系统的特点、结合模糊数学和专家系统等智能方法对无功运行优化中的规划优化和无功/电压控制两类问题进行理论和应用研究。