在日冕和非日冕两种模型下，分别求解了电离速率方程。
Using model of coronal and non-coronal radiation, ionization rate equation has been solved respectively.
主要讨论了电子与离子碰撞电离速率系数的计算，给出了快速拟合计算公式。
The computation on the rate coefficient of electron ion collisional ionization is described and some fitting formulas are given for the accurate and fast calculation.
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。
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.
采用相对论扭曲波近似方法对高离化态类铜铅离子的自电离速率系数与双电子俘获强度进行了计算。
Autoionization rates and dielectronic capture strengths of two other high-Z elements Au and Ta for comparison are also calculated.
原料（尘埃）正在被消耗的速率是研究电离气体地区和年轻恒星（黄/红扩展区域）来决定的。
The rate at which the raw material is being consumed is determined by studying ionized gas regions and the younger stars (yellow/red extended regions).
数值计算中考虑了两个上能级的自发辐射速率，给出了脉冲能量的空间演化及电离粒子在空间的分布。
The spontaneous relaxation of upper levels is considered in numerical solutions. The calculation results show the evolution of pulse energy and the distribution of ionization particle.
数值计算中考虑了两个上能级的自发辐射速率，给出了脉冲能量的空间演化及电离粒子在空间的分布。
The spontaneous relaxation of upper levels is considered in numerical solutions. The calculation results show the evolution of pulse energy and the distribution of ionization …
并用速率方程对母体离子阶梯模型的多光子电离进行了分析。
The MPI of molecular ions model was analyzed with rate equations.
并用速率方程对母体离子阶梯模型的多光子电离进行了分析。
The MPI of molecular ions model was analyzed with rate equations.
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