瞬时功率的英文

• instantaneous power
  ◇瞬时功率输出 instantaneous power output

• "瞬时"英文翻译    instant; instantaneous; micr ...
• "功率"英文翻译    power; rate of work; capacit ...
• "瞬时功率输出" 英文翻译 :    instantaneous power output
• "瞬时功率增加" 英文翻译 :    momentary high power effort; momentary high-power effort; momentary minimum discharge
• "最大瞬时功率" 英文翻译 :    maximum instantaneous power
• "扬声器最大瞬时功率" 英文翻译 :    maximum noise power
• "短时功率" 英文翻译 :    short time rating
• "小时功率" 英文翻译 :    hourly motors; hourly rating; one-hour rating
• "一小时功率" 英文翻译 :    one-hour rating
• "瞬时电功率" 英文翻译 :    instantaneous electric power
• "瞬时坏功率" 英文翻译 :    instantaneous mechanical power
• "瞬时机械功率" 英文翻译 :    instantaneous mechanical power
• "瞬时输出功率" 英文翻译 :    instantaneous output
• "瞬时语言功率" 英文翻译 :    instantaneous speech power
• "瞬时制动功率" 英文翻译 :    instantaneous braking power
• "瞬时无功功率的测量" 英文翻译 :    measurement of instantaneous reactive power
• "瞬时有功功率的测量" 英文翻译 :    measurement of instantaneous active power
• "瞬时" 英文翻译 :    instant; [物理学] instantaneous; microtime◇瞬时爆破 instant blasting; 瞬时电动势 instantaneous electromotive force; 瞬时电流 instantaneous current; momentary current; 瞬时电压 instantaneous voltage; 瞬时动作 split-second response; 瞬时短路 instantaneous short-circuit; 瞬时断路 momentary interruption; 瞬时反应 transient response; 瞬时放电 instantaneous discharge; 瞬时负载 momentary load; 瞬时故障 transient fault; 瞬时荷载 passing load; 瞬时记忆 immediate memory; 瞬时加速度 transient acceleration; brief acceleration; 瞬时聚合 instantaneous polymerization; 瞬时开关 instantaneous switch; 瞬时脉冲 transient pulse; instantaneous pulse; 瞬时凝结 flash set; 瞬时切断 instantaneous break; 瞬时摄影 pistolgraph; 瞬时输出 instance output; 瞬时速度 instantaneous speed; instantaneous velocity; 瞬时显示 transient display; 瞬时效应 short-term effect; 瞬时性 instantaneity; 瞬时载荷 transient load; 瞬时振幅 instantaneous amplitude; 瞬时值 instantaneous value
• "编译时功能" 英文翻译 :    compile-time facility
• "定时功能" 英文翻译 :    timing function
• "实时功能" 英文翻译 :    real-time function
• "发射限时功能" 英文翻译 :    tot: time out timer
• "基本分时功能" 英文翻译 :    basic timesharing facility
• "功率" 英文翻译 :    [物理学] power; rate of work; capacity factor; capacity; activity◇功率比 power rate; power ratio; 功率单位 power unit (p. u.); 功率范围 power bracket; power range; 功率放大 energy amplification; power amplification; powerman magnification; 功率分流 power dividing; 功率分配 power splitting; 功率负载 power termination; 功率管 power tube; power valve; 功率计 dynamometer; power meter; wattmeter; 功率减小 power reduction; 功率交换 power exchange; 功率输出 power output (p.o.); 功率输入 power input; 功率损耗 [电工] power attenuation; power loss; watt loss; power consumption
• "点-瞬时" 英文翻译 :    point-instant

• Comparison about instantaneous power theory in idle work compensation system
  无功补偿系统中瞬时功率理论的比较研究
• Otherwise , we also have probed into the reasons for the pulsation of instantaneous powers in distorted systems
  另外，本文对于畸变系统中瞬时功率脉动的原因也做了一些探讨。
• By studying traditional instantaneous power theory in single - phase circuit , we developed a real - time detecting method in this paper based on digital technology , which can detect harmonic current and fundamental reactive current in both single - phase and three - phase circuits
  本文通过对于单相电路瞬时功率理论的分析研究，提出了一种基于数字技术的单相和三相电路谐波和无功电流的实时检测方法。
• This paper focuses on the control strategies to improve the performance of the three - phase ac - dc pwm voltage - source - converters ( vsr ) under unbalanced power supply . the problems such as negative sequences current , voltage and current harmonics and un - constant ( un - smooth ) power flow from ac to dc side are discussed in this paper . the analytical solutions for negative sequence current and harmonic current elimination are obtained by fully feed - forward of negative sequence voltage and producing a non - harmonic current command of the inner - loop
  电网不平衡时，基于电网平衡为约束条件设计的三相vsr将出现不正常运行状态，比如三相vsr交流电流中出现负序分量，使交流电流严重不对称；直流电压和交流电流中出现非特征谐波分量，使直流电压和交流电流波形发生严重畸变；三相vsr从电网吸收不平衡的瞬时功率等一系列问题。
• The control tactics of space voltage vector are investigated , and the simplified algorithm which judges the sector location of reference vector and calculates switch operation time is put forward . by analyzing the current hysteresis control , the relation between switch frequency , and hysteresis bandwidth and input inductance of pwm rectifier is deduced . by applying instantaneous power theory , the principle of pwm rectifier power control is analyzed , and the direct power control by matlab toolbox through estimating active power and reactive power with virtual flux is realized , and the simulation results prove that it is correct
  对常用空间电压矢量控制策略进行分析，提出了给定参考矢量所在区间判断的简化方法，以及电压矢量作用时间的求取方法；分析了电流滞环控制策略，推导出开关频率与滞环带宽以及整流器输入电感之间的关系；应用瞬时功率理论分析pwm整流器功率控制原理，通过虚拟磁链估计有功功率和无功功率，用matlab实现了直接功率控制，并验证了该控制方法的正确性。
• Design considerations of the high power s - band rka are described , by using electron beams of voltage - 600kv , current - 5000a , and the numerical simulations for three kinds of the rka output structures are given . the three kinds of the output strctures are single - gap standing - wave ( sw ) cavity , traveling - wave ( tw ) output structure , and two output structures ( single - gap + traveling - wave structure ) . under conditions of using two output structures , the results show that the instantaneous peak power obtained from sw output cavity and tw output structure is respectively 2 . 4gw and 2 . 1gw , the both power average of 0 . 96gw and 0 . 93gw , i . e . the s - band rka of two output structures generates peak output power of 1 . 89gw at a frequency of 2 . 85ghz
  从数值模拟中得到双输出结构的微波功率输出结果为:驻波输出的瞬时功率为2 . 4gw (周期平均为0 . 96gw ) ;行波输出结构输出瞬时功率为2 . 1gw (周期平均0 . 93gw ) ,就获得了频率为2 . 85ghz的微波输出。本文简要的描述了电磁软件( magic )对速调管输出腔体进行了模拟,并对相应的模拟方法进行了评述。
• Rational control of the pump ' s work and rest time is the key to solve the problem of void pumping . this essay gives theoretical analysis and cost comparison of every detective method , considers power detection as the most effective method , and puts forward several ways of power consumption and effectiveness power consumption at the same time . the designed electricity saving controller integrate all the above four methods , and it can work with different methods by switch between automatic and manual to broaden its accommodation
  解决油井空抽现象的关键是合理控制开机时间与停机时间长度，本文对各种检测方法进行了理论分析及成本比较，认为功率检测最行之有效，同时提出了功率检测的几种实现方法，即瞬时功率法、人工电耗法、设定功耗法及效益功耗法，所设计的节电控制器集以上四种方法于一身，可通过自动手动切换采取不同的功率检测方法，使其适应范围增宽。

• 瞬时功率的日语：しゅんじでんりょく