分支比的英文

• bifurcation ratio
• branching ratio

• "分支"英文翻译    branch; subfield; offtake; b ...
• "比"英文翻译    2
• "俘获分支比" 英文翻译 :    k-capture branching ratio
• "轻子分支比" 英文翻译 :    leptonic branching ratio
• "衰变分支比" 英文翻译 :    decay branching ratio
• "荧光分支比" 英文翻译 :    fluorescence branching ratio
• "正电子-俘获分支比" 英文翻译 :    positron-capture branching ratio
• "s分支" 英文翻译 :    s branch
• "分支" 英文翻译 :    branch; subfield; offtake; branching; twig; angle tee; ramification; embranchment; filiation; forking 英国民族的两个分支 the two branches of the english race; 以研究文学的某一分支为职业 adopt some branch of literature as a profession
• "p分支" 英文翻译 :    p-branch
• "q分支" 英文翻译 :    q branch
• "次分支" 英文翻译 :    subbranch
• "分支,支线" 英文翻译 :    branch
• "分支dna" 英文翻译 :    branched dna
• "分支，分部" 英文翻译 :    branch noun
• "分支；兄弟" 英文翻译 :    br branch；brother
• "分支；支化" 英文翻译 :    branching
• "分支；转位" 英文翻译 :    branch
• "分支表" 英文翻译 :    branch list
• "分支部" 英文翻译 :    branching portion
• "分支带" 英文翻译 :    branch strip
• "分支的" 英文翻译 :    affiliated; bifurcated; branched; branchy; lateral; ramose; subsidiary; tapped
• "分支点" 英文翻译 :    bifurcation point; branch point; branching off point; branchpoint; burst node; fork; point of branching; point of divergence; point, branch; ramification point; tapping point
• "分支阀" 英文翻译 :    root valve
• "分支法" 英文翻译 :    branch method

• The branch split - ratio is decided by practical fabrication process , so we have n ' t discussed it
  另外，分支比是由版图和光刻工艺实现的，所以没有进行详细讨论。
• Using the beam propagation method ( bpm ) simulation , we confirm that wide controllability of the branching ratio and low excess loss can be realized by this structure
  用bpm方法模拟的结果表明，此结构实现了50 - 94的不对称分支比，并且具有低的附加损耗的特点。
• Site - select spectra indicate that the eu3 + in nanoparcles < wp = 7 > formed two kinds of luminescence centers with different branch ratios of 5d0 - 7fj . the ratio of varied with different excitation
  用不同能量激发zns时5d0 7f0与5d0 7f1发光分支比不同，表明激发能量对两类发光中心的激发具有选择性。
• First , over the last decade , the information and communication revolution has greatly facilitated and accelerated globalization everywhere . supply chains are now more international , more dynamic , and more finely divided than ever
  首先，过去十多年，资讯科技革命加速了全球化的步伐；现今供应链越来越国际化，分支比任何时候更加精细，整体而言比任何时候更具动力。
• 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 。
• This thesis performs the research how to analyze and design lithium niobate optical modulator in i - fog . the analysis concentrates on those performance parameters of a modulator : half - wave voltage , single mode performance , quasi te / tm polarization , loss , bandwidth and split - ratio
  这些都是围绕调制器的性能参数来研究的，它们包括：半波电压，单模特性，偏振特性( te和tm模之间的输出功率比值) ，损耗，带宽及分支比等。
• The author has calculated the spontaneous radiate probabilities , the linear oscillator strengths , branching ratio of tm3 + iones by judd - oflet theory . according to the j - o calculated data , the transition 1g4 ? 3h6 was stronger than the transition 1g4 ? 3h4 . it was agreement with the emission spectra
  3 ）对tbzre玻璃，用j ? o理论计算了各光谱参数，从1g4能级的跃迁分支比从理论上得出480nm波长的光相对650nm波长的光强，这与发射光谱图是相符合的。
• Therefore , the structural modification of n - glycan and the functional changes of egf receptor ( egfr ) in different transfected cells were investigated . it was found that the 1 , 6 glcnac branch on the n - glycans of immuno - precipitated egfr on gntv - s / h7721 cells was increased while it was reduced in gntv - as / h7721 cell despite the unaltered expression of egfr protein
  因此本文对不同转染细胞egf受体( egfr )的糖链结构及功能的改变作进一步研究，结果发现，不同转染细胞中，免疫沉淀egfr的蛋白量没有改变，但gntv - s h7721细胞egfr上n -糖链中1 ， 6glcnac分支比mock细胞增多，而gntv - as h7721细胞相反。
• 5 . the luminescence enhancement of eu3 + was also observed after ultraviolet irradiation but was weaker than the zns : mn2 + and the branch ratio of 5d0 - 7f0 increased after irradiation . it indicates probably the contribution from the centers in the surface of nanoparticles increased
  在紫外光的辐照下首次观察到eu3 +离子发光的荧光增强现象，辐照后5d0 < wp = 5 > 7f0发射强度分支比增加，表明对称性较低的发光中心对发光的贡献增加，可能是处于颗粒表面的eu3 +离子对发光的贡献增加。

• 分支比的法语：taux d'embranchement
• 分支比的日语：ぶんきひ