参量过程是制备压缩态光场的最有效方法之一。
Optical parametric process is one of the most effective way of generating squeezed light.
取压缩相干态作为参量图像放大系统的输入像，研究了输出光学像的性质。
The properties of the output optical image are investigated by taking squeezed coherent states as the input image in the parametric image amplifier.
描述光束偏振态的最普遍的方法，是用一组物理量纲完全相同的参量——斯托克斯参量来描述。
We named it Stokes method which use four parameters to describe the polarization of light beam. The four parameter use the same physics dimension.
对于高维情形，三参量态就没有类似的结论。
But for higher dimensional three-parameter states, the similar conclusion does not exist.
同时，加热表面上方还会出现由爆发沸腾向常规核态沸腾的过渡，通过转变时间这一特征参量能够对两种沸腾形态进行划分。
Besides, there is a changeover from explosive boiling state to conventional boiling state on the heating surface, and the transition can be denoted by changeover time.
推导自发参量下转换双光子态的数学表达式，并给出其几率解释。
Then state function of SPDC biphoton light field was derived and a probability explanation was given.
结果表明，选择合适的参量，我们可以找到保真度平均值较大，振荡幅度较小的光场态。
It is shown that we can find light field state with larger average fidelity and smaller oscillation amplitude by selecting the appropriate parameters.
本文就光学参量振荡和激光两个物理问题，讨论了非平衡态相变过程的动力特点。
In this article, dynamical features of non - equilibrium phase transitions are dis-cussed, taking the physical problems of OPO and laser processes as two examples.
在忽略卷曲效应的情形下，计算（6，0）管的电子能量、群速及能态密度三个参量，然后利用这些参量推算重要热学量电子比热客．结果表明；
Without considering curvature effect, we study the contribution of the electronic heat capacity, group velocity and density of states of(6,0)Single-walled carbon nanotubes.
研究表明，系统的定态输出随系统的调制深度或调制频率、群速色散或自相位调制等参量值的变化而变化。
The results show that the evolution of the steady-state output parameters of the system varies with the values of modulation parameters, group velocity dispersion and self phase modulation.
探索以超分辨率理论，对单个活态红细胞的微小膜波动进行测量。通过建立模型，实现对细胞多个力学特性参量非侵入性连续动态测定。
The purpose of this paper is to develop a new dynamic image analyzing technique with the ability of real time measurement on red blood cell membrane minute fluctuation based on super resolution.
研究正交相干态经过参量放大后态的非经典特性。
Study on Non-classical Quantum States of Boson Field and Their Manipulations;
研究正交相干态经过参量放大后态的非经典特性。
Study on Non-classical Quantum States of Boson Field and Their Manipulations;
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