In our knowledge, the inter-valley and thermalization relaxation time constant of ZnSe pumped at 800nm is first measured.
在我们所知范围内，这是首次得到ZnSe在800nm双光子激发下的谷间驰豫和热化过程驰豫时间。
参考来源 - 飞秒泵浦探测实验研究ZnSe中载流子超快动力学过程·2,447,543篇论文数据，部分数据来源于NoteExpress
应用数值方法讨论了脉冲驰豫时间和失谐量对该方法的影响。
Furthermore, we provide numerical simulation of the robustness against variations in the pulse delay, and the detuning.
作者对浓度、驰豫时间和信号强度三者的关系作了深入的分析。
The author deeply explored the relations among the relation time, signal intensity, and the concentration.
应用驰豫时间近似法推导气体的输运系数，这种方法比其他方法要简单得多。
The method of solving transport coefficient of a gas by relaxation time approximation is simpler than others.
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