本文介绍了利用泵浦探测技术直接测量钕离子下能级寿命的方法。
The method of direct measurements of the lifetime using the pump and probe technique was discussed in this paper.
陈述了几种获取飞秒泵浦探测实验数据中的光解动力学信息的解析物理模型。
Various analytical physical models are presented to extract the photodissociation dynamics information from the data obtained in the femtosecond pump probe experiment.
本文对泵浦探测法测量染料分子基态恢复时间进行了分析，对以往的结论作了修正。
In this paper, the measurement on the ground state recovery time of dye by pump and probe method is analysed and the conclusions obtained previously are modified.
在本论文中我们利用结合了傅里叶光学和非线性光学的泵浦探测4F成像技术研究了克尔液体、有机大分子和半导体的光学非线性动力学。
We use the pump-probe 4F imaging technique combining the Fourier optics and nonlinear optics to study the optical nonlinear dynamics of Kerr liquids, organic macromolecules and semiconductors.
对同轴闪光灯泵浦的化学激光器及其激光信号的探测系统做了较为详细的描述。
The construction of the chemical laser with its concentric flash lamp and the laser signal detection system are described in more detail.
结果表明，入射的泵浦光功率及入射的探测光功率的大小对噪声变换有直接的影响。
The numerical simulation results show that the input pump power and probe power have direct influences on the noise conversion.
对饱和现象（泵浦抽空）、非线性反射率随探测波的变化以及参量振荡等给出了令人满意的定量描述。
With these solutions, change of nonlinear reflectivity with the pump waves and the probe wave, and saturation, and parameter oscillation arc-described.
利用核泵浦激光强度与入射中子注量率的相关性，探讨了反应堆活性区核泵浦激光中子探测器的理论可行性。
The neutron measurement system based on the Nuclear Pumped Laser (NPL) techniques was explored in this work utilizing the relationship between the neutron flux and the NPL laser power.
最后分析了全光译码器的输出功率和输出消光比与输入泵浦光功率、探测光功率之间的关系。
Finally, it also analyzed the relationship between the input pump power and the probe optical power and its output power and output extinction ratio.
分析了泵浦光强对激光相位共轭谐振腔中探测光场的作用。
Effect of the pumping intensity to detecting photic field in laser phase-conjugate resonator is analysed.
通过对不同激光场强条件下的电子态布居转移，研究得到了泵浦光、探测光强度与各电子态布局转移分布的关系。
By studying the electronic state populations under different laser intensities, we got the relationship between laser intensities and populations.
本文通过采用70飞秒的泵浦-探测技术研究了铬膜的时间分辨的反射率的变化。
The transient time-resolved reflectivity of chromium film is studied by femtosecond pump-probe technique with a 70-fs laser.
本文通过采用70飞秒的泵浦-探测技术研究了铬膜的时间分辨的反射率的变化。
The transient time-resolved reflectivity of chromium film is studied by femtosecond pump-probe technique with a 70-fs laser.
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