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损耗系数 meaning in English

coefficient of losses
dissipoation coefficient
loss factor
loss index
shrinkage factor
sound(power) dissipation coefficient

Examples

  1. The calculation results have shown that when the angles of the center electrode and the grounds decrease , the effective index , the characteristic impedance , and the conductor loss all decrease
    通过计算发现,随着中间电极角度和地电极角度增加,有效折射率、特征阻抗同时减小,导体损耗系数也随之减小。
  2. In the end , the fatigue wastage coefficient was derived and the reference values of the calculation parameters were given to determine the fatigue wastage coefficient for different non - survivorship probabilities
    文章最后推导出了疲劳损耗系数的计算式,给出了不同失效概率下的算式的系数参考值,供道路工程设计人员参考使用。
  3. 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 。
  4. It has been shown by our calculations that conductor loss is greatly reduced under velocity matching with relatively thick coplanar waveguide electrodes and thick buffer layer , but the characteristic impedance can not match with that of the external circuit at the same time , and the modulation bandwidth is confined in this case
    然后,用一般的椭圆积分计算了普通共面波导型调制器的有效折射率、特征阻抗和导体损耗系数。通过计算发现,采用厚电极和厚缓冲层结构,在实现速度匹配的情况下,可以大大减小导体损耗,但是由于阻抗不能同时满足匹配,调制带宽受到限制。
  5. In this paper , we analyzed bend loss of multimode fiber and calculated the equivalent wastage coefficient of lp01 . added the equivalent wastage coefficient into the model of fiber amplifier , we attain a equivalent fiber amplifier model in present of bend loss . the model can be use to analyze the effect of the characteristics of fiber amplifier caused by bend loss
    本文通过对损耗机制的分析,计算出多模光纤的基模等效损耗系数,并将其引入到光纤放大器模型中去,得到了存在弯曲损耗时的光纤放大器等效模型,并详细分析了弯曲损耗对光纤放大器性能的影响。
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Related Words

  1. 产品损耗
  2. 损耗测定
  3. 静态损耗
  4. 回送损耗
  5. 啤酒损耗
  6. 转移损耗
  7. 重放损耗
  8. 损耗时间
  9. 扩散损耗
  10. 调节损耗
  11. 损耗瓦数
  12. 损耗维护部件
  13. 损耗系数测量
  14. 损耗线
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