ionization probability
英 [ˌaɪənaɪˈzeɪʃn ˌprɒbəˈbɪləti]
美 [ˌaɪənəˈzeɪʃn ˌprɑːbəˈbɪləti]
电离概率
双语例句
- On relationship of ionization probability and radiation harmonics of hydrogen atom in laser field
激光场中氢原子电离几率与辐射谐波关系研究 - The series of results indicate that there is a certain relationship between the ionization probability and the pulse shape, which in turn influences the character of HHG.
结果表明脉冲形状和电离率之间有着确定的关系，电离率反过来又影响了谐波谱的性质； - Furthermore, for the ( 2+ 1) REMPI of oxygen atom with the 2p~ 34p as resonant state, the dependence of the ionization probability on laser intensity, pulse width and resonance detuning was discussed.
研究了氧原子经共振态2p34p（2+1）共振增强多光子电离的电离几率与激光脉宽、激光光强及失谐量等参数的关系； - The dependence of the 7-photon ionization probability of lead atoms on the statistical properties of laser pulse has been analysed by varying the spectral bandwidth of the laser pulse.
通过改变激光脉冲的线宽研究了铅原子非共振7-光子电离速率和激光统计性的依赖关系。 - Results show that the laser intensity play a critical role in the ionization of He+ ions, the ionization probability increases as intensity and wavelength of the laser, until saturation ionization.
结果表明：激光强度对于电离的变化起到了决定性的作用，随着激光强度和波长的变大，增强电离现象越来越明显，电离率不断变大，但是大到一定的值时，电离达到饱和。 - The results show that the change of ionization probability with inter-nuclei distance is clearly influenced by the laser intensities of the fundamental field, but it almost keeps unchanged with different ratios of intensity.
计算结果表明，不同的基波激光强度可以明显改变电离几率随原子间距变化的趋势，而随着基波和谐波激光强度之间配比的变化，电离几率随原子间距变化的趋势基本保持不变。 - The ionization probability evolution with laser parameters is calculated in different cases.
计算了在不同情况下电离几率与激光参数的变化关系。 - The numerical results demonstrate that the influence of the relative phase on the ionization probability is the strongest in the range of the inter-nuclear distance where the EI occurs.
计算结果表明，在发生增强电离行为的核间距处，相对相位对电离概率的影响最为显著。 - The ionization probability and high-order harmonic spectrum of hydrogen atom under different laser pulse are computed by solving the time-dependent Schrodinger equation of hydrogen atom in a intense laser field, in which an algorithm of split-operator is quoted.
采用二阶劈裂算子算法，通过数值求解强激光场中基态氢原子的含时薛定谔方程，计算了不同的激光脉宽下氢原子的电离率和高次谐波。 - When the cluster increases in size, its ionization probability also increases. This means that a larger cluster has greater ability to absorb the external field energy.
当原子团簇尺寸较大时，其电离几率大于原子的电离几率，原子团簇越大，电离几率也越大，大尺寸原子团簇更易吸收外场能量。 - We can realize completely efficiency ionization probability under the condition of low Rabi frequencies by employing lower power and time-delayed laser pulse.
采用两脉冲之间具有一定延迟的驱动和探测激光场，可以实现在较低Rabi频率情况下粒子的全部高效率电离。 - As the laser frequency increases, the critical value of bond length for EI decreases and the ionization probability decreases too.
激光频率的增加，会使发生增强电离的关键键长变小，电离几率也减小； - The angle distribution of the photoelectron ionization probability is analyzed numerically. The influence of the interference on the photoelectron distribution state is investigated.
解析分析了光电子电离几率的角分布规律；研究了光电子角分布状态受光电子干涉效应的影响。