电离率的英文

• ionization rate
• ionization yield
• specific ionization

• "电离"英文翻译    ionize; ionization
• "率"英文翻译    rate; ratio; proportion
• "表观电离率" 英文翻译 :    apparent ionization yield
• "表现电离率" 英文翻译 :    apparent ionization yield
• "消电离率" 英文翻译 :    deionization rate
• "【电学】电离率；【物理学】比容量。" 英文翻译 :    specific capacity
• "分离率" 英文翻译 :    grade efficiency; separative power
• "隔离率" 英文翻译 :    isolation
• "乖离率" 英文翻译 :    bias; blas; boll
• "解离率" 英文翻译 :    dissociation yield
• "偏离率" 英文翻译 :    bias ratio
• "游离率" 英文翻译 :    ionization rate
• "电离" 英文翻译 :    (中性分子或原子形成离子的过程) ionize; ionization
• "故障隔离率" 英文翻译 :    percent isolated
• "乖离率指标" 英文翻译 :    bias
• "解离率 离解率" 英文翻译 :    dissociationyield
• "介质隔离率" 英文翻译 :    dielectric impermeability
• "气体分离率" 英文翻译 :    gas-traefficiency
• "熔滴脱离率" 英文翻译 :    droplet detachment rate
• "同位素分离率" 英文翻译 :    isotope separation power; isotope seperation power
• "扩散限制的退离率" 英文翻译 :    diffusion limited tecession rate
• "电离,电离作用" 英文翻译 :    electro-ionization
• "电离电离化" 英文翻译 :    ionization
• "电离器，电离剂" 英文翻译 :    ionizer
• "电离室，电离箱" 英文翻译 :    ionization chamber

• Apparent ionization yield
  表观电离率
• In addition , the time - width of pulse also influences hhg . to some extent the spectrum of hhg will become be tter when the time is prolonged
  另外，激光脉冲时间的长短也会影响到高次谐波的性质，在一定范围内，随着脉冲时间的加长，电离率逐渐增大，谱线结构也越来越明显。
• We studied the effects of pulse - shape , an additional static electric field and different initial states on ionization probability and hhg . we did so by representing the results of a series of numerical experiments on a one - dimensional model hydrogen atom
  本文将采用数值计算法来求解含时schrodinger方程，研究在一维氢原子模型中，外加的平行静电场，不同形状的激光脉冲以及原子处于不同初始态对谐波谱线和电离率的影响。
• The semiclassical interpretation describes three processes of hhg very visually , but it does n ' t give the details . lewenstein theory explains the position of cut - off by using a quantized method . in chapter three the pulse - shape effects of laser - atom interaction system are discussed
  在第三章中，我们讨论了激光-原子相互作用体系的脉冲形状效应，发现氢原子的电离率大小和高次谐波特征都与所加的激光脉山东师范大学硕士学位论文摘要一冲形状有密切关系。
• Recent progress in ultrafast optics has allowed the generation of ulfcraintense light pulses comprising merely a few field oscillation cycles . the arising intensity gradient allows electrons to survive in their bound atomic state up to external field strengths many times higher than the binding coulomb field and gives rise to ion - ization rates comparable to the light frequency resulting in a significant extension of the frontiers of nonlinear optics and ( nonrelativistic ) high field physics
  随着超快光学技术的发展，仅含几个振荡周期的超强脉冲已经能产生，且其强度梯度可使电子存在比库仑束缚场高许多倍的外场产生的原子束缚态上，并产生了同光频相差不大的电离率，从而促进了非线性光学前沿及非相对论的强场物理的延伸。
• The series of results showed that there is a close relationship between the ionization probability and the pulse - shape , which in turn affects the hhg . when the pulse is turned on very slowly or rapidly the character of hhg wo n ' t be obvious . only if the turn - on is proper the spectrum of hhg will be ideal
  当激光脉冲的时间长度不变时，脉冲开启的快慢会影响到电离率和高次谐波，开启很慢或很快时，谐波的平台结构都不明显；只有在适当的开启下，电离率处于中间值，这时高次谐波谱线才比较理想。
• In chapter four the effects of a static electric field and different initial states on hhg are studied . under an additional electric field the spectrum exhibits a double - plateau structure . furthermore , the ionization probability and hhg also behave differently when the hydrogen atom is in different initial states
  在第四章中，我们研究了外加平行静电场以及初态的不同对电离率和高次谐波的影响，发现附加一适当的静电场会使谐波曲线呈现一双平台结构，电离率会随着电场强度的增大而增大；当氢原子在初始时刻处于不同态时，根据选择定则，谐波曲线和电离率都会有较大差别。

• 电离率的日语：でんりけいすう イオン化率 イオンかりつ