The Au clusters in liquid is a nonlinear optical medium.
液相金原子团簇是一种非线性光学介质。
Thermal atomic vapor is usually used as optical medium for laser spectroscopy experiments.
热原子蒸气是激光光谱实验中常用的光学介质。
Manipulation of light speed in an optical medium can be realized by changing the dispersive properties of the medium.
通过改变介质的色散性质人们能控制光学介质中光的传播速度。
The dispersion and absorption properties of optical medium have been extensively applied in quantum optics and nonlinear optics.
光学介质的吸收和色散性质在量子光学与非线性光学中有着广泛的应用。
Based on the conditions of the gap soliton in periodical nonlinear optical medium, two inequalities for relation of parameters are obtained.
以周期非线性光学介质中隙孤子存在的条件为依据，数学计算分析得到两组参量关系不等式。
The effects of optical medium including light beam splitter and reflecting metallic film on laser polarization state in a coherent CO_2 lidar are discussed.
讨论了红外相干激光雷达中光学介质对偏振光束的影响程度，包括光束分束片和反射镜片的影响，给出了定量的结果。
The dispersion and absorption are a pair of fundamental properties of optical medium. The use of the dispersive properties is often limited by the absorption.
吸收和色散性质是光学介质的一对基本性质，吸收性质往往会限制色散性质的利用。
In one embodiment, the expiration engine writes expiration information to the optical media, such as a date stamp at initialization of a recordable optical medium.
在一个实施例中，所述期满引擎把期满信息写入光学介质，例如，可记录光学介质初始化时的日期标志。
The mechanism of Z - scan technique is introduced. It 's application to measuring nonlinear refractive index and nonlinear absorption coefficient for nonlinear optical medium is made.
介绍了Z-扫描技术的基本原理，以及Z -扫描技术在测量非线性光学介质的非线性折射率、非线性吸收系数等方面的应用。
The mechanism of Z - scan technique is introduced. It 's application to measuring nonlinear refractive index and nonlinear absorption coefficient for nonlinear optical medium is made.
介绍了Z-扫描技术的基本原理，以及Z -扫描技术在测量非线性光学介质的非线性折射率、非线性吸收系数等方面的应用。
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