耦合阻抗的英文

• coupled impedance
• coupling impedance
• mutual impedance

• "耦合"英文翻译    coupling; interconnection; c ...
• "阻抗"英文翻译    impedance
• "水浸耦合阻抗法" 英文翻译 :    water cooled impedance method
• "偶合阻抗" 英文翻译 :    coupled impedance
• "低阻抗耦合" 英文翻译 :    low-impedance coupling
• "复阻抗耦合" 英文翻译 :    double impedance coupling; double in line package
• "共阻抗耦合" 英文翻译 :    common impedance coupling
• "阻抗耦合" 英文翻译 :    impedance coupling
• "公共阻抗耦合" 英文翻译 :    common impedance coupling
• "阻抗电容耦合" 英文翻译 :    impedance capacitance coupling; impedance-capacitance coupling
• "阻抗耦合大器" 英文翻译 :    impedance coupling amplifier
• "阻抗耦合放大器" 英文翻译 :    impedance coupled amplifier; impedance-coupled amplifier
• "阻抗电容耦合放大器" 英文翻译 :    impedance-capacity coupled amplifier
• "阻抗" 英文翻译 :    [电学] impedance 反射阻抗 reflected impedance; 阻抗变换器 impedance transformer; 阻抗计 [电工] electrical impedance meter; impedancemeter; impedometer; 阻抗匹配 impedance match; impedance matching; 阻抗器 impedor
• "复合阻力" 英文翻译 :    compound resistance; recombination resistance
• "聚合阻滞" 英文翻译 :    polymerization retardation
• "聚合阻滞剂" 英文翻译 :    polymerization retarder
• "联合阻碍" 英文翻译 :    interlobular vein; interlocked interference
• "粘合阻力" 英文翻译 :    block resistance
• "耦合" 英文翻译 :    [物理学] coupling; interconnection; catena; linkage; linking 机械耦合 mechanical coupling; 耦合摆 coupled pendulum; 耦合电路 coupling circuit; coupled circuit ;耦合度 degree of coupling; coupling factor; 耦合器 [电磁] coupler; 耦合系数 coefficient of coupling; [电子学] index of coupling; coupling factor; 耦合线圈 coupling coil; coupling inductor; pickup coil
• "串联组合阻力" 英文翻译 :    compound resistance in series
• "胺酸络合阻蚀剂" 英文翻译 :    amine-acid complex inhibitor
• "复合阻挡层整流器" 英文翻译 :    composite barrier rectifier
• "机翼机身组合阻力" 英文翻译 :    wing-body drag
• "键合阻挡层晶体管" 英文翻译 :    bonded-barrier transistor

• Validity of coaxial - wire method in impedance measurement
  同轴线方法测量束流耦合阻抗的有效性分析
• It suggested that the ridge - loaded structure can improve the coupling impedance in a way
  结果表明，脊加载结构在某种程度上能提高耦合阻抗。
• The increasing of the width of the groove makes the phase velocity decreased largely but almost no effects on the bandwidth , and the coupling impedance enhanced
  槽口宽增大相速减小较多，频宽几乎没有什么变化，耦合阻抗增大。
• With the radius of the center conductor increasing , the phase velocity is also decreased a lot , the bandwidth is relatively widened , and the dispersion of the structure is weakened but the coupling impedance is lowered
  轴半径增大，相速明显减小，频宽有一定程度的增加，色散减弱，耦合阻抗值降低。
• In this dissertation , different theories of measurement are discussed . through the comparison , we use traveling - wave method to measure dispersion and nonresonant perturbation method to measure interaction impedance
  通过分析、比较不同的测量方法,本文最后采用行波法测量色散,非谐振微扰法测量耦合阻抗。
• Two cold - test parameters determine the working voltage , frequency band , efficiency and gain of twt . they are dispersion and interaction impedance of the slow - wave structures ( sws ) in twt , which are very important targets for twt
  行波管慢波结构的色散和耦合阻抗是行波管设计中两个非常重要的冷参量,它们决定了整支管子的工作电压、频带宽度、工作效率和增益。
• 4 . as an assistant analysis , cst microwave studio is applied to simulate dispersion characteristics and interaction impedance of rectangular groove guide . simulation show better agreement with theoretical results
  四、作为一种辅助的分析方法,本文还利用cstmicrowavestudio对曲折矩形槽波导慢波系统的高频特性做了模拟仿真,得到了色散曲线和耦合阻抗,与理论结果符合很好。
• The slow - wave characteristics neglecting and taking account of space harmonics ( sh ) for periodically iris - loaded confocal elliptical waveguides are analysed , and the dispersion equation and the mean coupling impedance of this structure are obtained by
  分析了周期膜片加载共焦椭圆波导,在考虑空间谐波和不考虑空间谐波两种情况下的慢波特性。应用场匹配方法得到这种结构的色散方程和平均耦合阻抗。
• ( c ) for the helical swallow - tailed structures with same groove width , the deep groove depth one which is suitable for the use in a interaction system of high power twts , has the largest coupling impedance and the lowest phase velocity in comparison with the other different groove profiles
  （ 3 ）具有相同槽日宽度的燕尾形螺旋槽结构在槽深度较深情况下用作大功率行波管的互作用系统具有最大的耦合阻抗和最低的相速。
• At the time of design , the measurement of dispersion and interaction impedance will be used as design verification and improvement . at the time of manufacture , the measurement will find the problems of the slow - wave structures in machining , weld and fitting
  在管子研制阶段,对色散和耦合阻抗冷参量的测量可以起到验证、改进设计的作用;在管子生产阶段,通过测量可以及早发现慢波结构在加工、焊接、装配过程中的问题,防止瑕疵品继续流水作业,提高生产效率。

• 耦合阻抗的日语：けつごうインピーダンス