半波电压的英文

• half-wave voltage

• "半波"英文翻译    semiwave; half-wave
• "电压"英文翻译    voltage; electric tension; e ...
• "半波电流" 英文翻译 :    half- wave current; half-wave current （hw）; half-wavecurrent（hw）
• "半波电路" 英文翻译 :    half-wave circuit
• "半波电势" 英文翻译 :    half step potential; half wave potential; half-wave potential
• "半波电位" 英文翻译 :    half-wave potential
• "桥形半波电路" 英文翻译 :    diamond circuit
• "单方波电压" 英文翻译 :    single square wave voltage
• "复谐波电压" 英文翻译 :    complex harmonic voltage
• "检波电压" 英文翻译 :    detecting voltage
• "阶梯波电压" 英文翻译 :    staircase voltage
• "矩形波电压" 英文翻译 :    square wave voltage
• "锯齿波电压" 英文翻译 :    saw tooth voltage; sawtooth voltage
• "涟波电压" 英文翻译 :    ripple voltage
• "抛物波电压" 英文翻译 :    parabolic voltage
• "三角波电压" 英文翻译 :    delta voltage; triangle wave voltage
• "纹波电压" 英文翻译 :    ripple voltage
• "谐波电压" 英文翻译 :    harmonic voltage
• "载波电压" 英文翻译 :    carrier voltage; voltage
• "正弦波电压" 英文翻译 :    sine voltage; sine wave voltage
• "驻波电压比" 英文翻译 :    standing wave voltage ratio; voltage standing wave ratio
• "qrs综合波电压" 英文翻译 :    voltage of qrs complex
• "额定纹波电压" 英文翻译 :    rated ripple voltage
• "高次谐波电压" 英文翻译 :    higher harmonic voltage
• "全波电压电击" 英文翻译 :    full-wave voltage impulse

• Half - wave voltage
  半波电压
• None buffered x cut lithium niobate electrode structure has the smallest half wave voltage ( about 70 % of z cut devices )
  铌酸锂的无隔离层x切电极结构有最小的半波电压，其大小约为z切器件的70 。
• As a result , we choice none - buffered x cut lithium niobate electrode structure to achieve the half wave voltage as low as possible
  因此本文选择了无隔离x切衬底的调制结构，以实现尽可能低的半波电压长度乘积。
• In those books of electro - optics effect , bso crystal material possesses the advantage of low driving voltage , wide modulating rage etc , and take care of superiorly
  在各种电光效应材料中, bso晶体以其半波电压低,调制幅度大等显著优点而备受青睐。
• Bulk high - speed traveling wave e - o modulator was also fabricated , the half - wave voltage is just 760 v , response time of the device is low up to 297 ps
  此外，用本实验的ktp晶体制作了体式高速行波电光调制器，半波电压760v ，脉冲响应时间快到297ps 。
• Finite element method ( fem ) is a method that is efficient in electromagnetics . for the first time the thesis applied vectorial fem to single mode performance and half - wave voltage analysis and design
  有限元法被广泛应用于电磁场的研究中。本论文首次采用了矢量有限元方法来研究质子交换铌酸锂光波导的单模特性和半波电压。
• For coupling loss , the method to reduce this loss is pointed out without changing other structural parameters decided by the above requirements . y - branch loss is analyzed by bpm ( beam propagation method )
  对于耦合损耗，指出了在不改变前面结构参数(因为它们的设计是根据半波电压和单模要求设定的)情况下，实现小耦合损耗的方法。
• In order to realize low half - wave voltage , high polarzation extinction ratio , low pigtailing polarization crosstalk , low insert loss , precise tapped power ( ratio ) and good splitting beam ratio , the optimum design was performed
  为了实现低的半波电压、高的偏振消光比、低尾纤串音、低插入损耗、精确的抽头功率比和良好的分束比,我们对器件结构进行了优化设计。
• Meanwhile , we discuss the static electric field distribution in anisotropic materials caused by the applied voltage on the electrodes , which will help to decrease the driving voltage . finally , the device was fabricated during the course of this research
  文章同时还利用fd - bpm法初步分析了各项异性材料中的电场的静态分布，为提高电场与光场的耦合因子，减小半波电压奠定基础。
• Because of the limitation of the measuring condition , in the thesis we had only measured some characteristics of the phase modulator : channel waveguides " loss coefficient is 0 . 22db / cm , the split - ratio is 52 / 48 and half - wave voltage is < 5v
  由于条件所限，论文中仅测量了直波导损耗系数、相位调制器的半波电压和输出分束比。经测量，半波电压小于5v ，直波导损耗系数为0 . 22db cm ，输出分支比为52 48 。