增加电子能量，会增加电离几率。
An increase in the energy of the electrons increases the probability of ionization.
计算了在不同情况下电离几率与激光参数的变化关系。
The ionization probability evolution with laser parameters is calculated in different cases.
通过研究不同激光强度下光电子电离几率，发现了电离几率与激光场强度的非线性变化关系。
By studying the photoelectron populations on different laser intensities, we found the nonlinear relationship between laser intensity and photoelectron population.
深入研究了激光在厚介质中传输引起激光参数的变化，以及激光功率、脉冲形状、脉冲宽度、三束激光的时间不同步对电离几率的影响。
It was found that the laser transfer in a long distance causes evolution of laser parameters. Laser power, laser pulse shape, pulse width and time ste...
深入研究了激光在厚介质中传输引起激光参数的变化，以及激光功率、脉冲形状、脉冲宽度、三束激光的时间不同步对电离几率的影响。
It was found that the laser transfer in a long distance causes evolution of laser parameters. Laser power, laser pulse shape, pulse width and time ste...
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