optical field

Quantum optics, based on the quantum theory, mainly research the quantum characters of the optical field and the quantum effect of the interaction between light and matter.

量子光学是建立在量子力学基础之上的一门学科，主要研究光场的量子特性，以及光与物质之间相互作用的量子效应。

We discuss the propagation characteristics of the optical field in a symmetric metal clad planar uniaxial crystal waveguide.

对于晶体光轴平行于波导界面的结构，讨论了光在金属包层对称平面单轴晶体波导（波导层是单轴晶体，两个波导界面均为金属）内的传输特性。

The P representation of classical optical field is positive function.

经典光场的P（α）是一个大于零的函数。

Temporal coherence of single-mode and multiple longitudinal-mode ( fundamentalmode) of gas lasers based on the relative function of optical field. is discussed.

本文用光场的相关函数讨论了单模和多纵模（基模）气体激光的时间相干性问题。

The intersubband motion equations for a QW driven by a optical field are derived.

推导了外加光场作用下的量子阱子带跃迁时载流子运动方程；

A New Kind of Optical Field of q-Deformed Superposition States and Their Properties

一类新型q畸变叠加态光场的特性

Analysis of the Optical Field of Multimode Fiber Collimator ORBIT OF LIGHT

多模光纤准直器出射光场分析

The Development of a Detecting System of Contour-based Optical Field for Deformable Body Images

一种变形体图像轮廓光流场检测系统的研制

The principle measuring the spatial coherence and the temporal coherence of the optical field by Young's interference arrangement and Michlson interferometer respectively is described.

本文叙述用杨氏双缝干涉装置测量光场空间相干性和由迈克尔逊干涉仪测量光场时间相干性的原理。

The results show that the scattering length can be modified in a large range by changing the Rabi frequency or the optical field frequency.

计算结果表明通过改变光场的拉比频率或中心频率可以在较大范围内对散射长度进行调制。

X ray lasers by optical field induced ionization

光场感生电离X射线激光

Properties of output optical field produced by upside-down taper lens fiber end

倒锥透镜型光纤端的出射光场性质

In presence of the optical field, the R~ T curve shifts to the low temperature and the T-p is 300K. The maximum photoinduced resistance change is 43%.

激光作用下，电阻温度曲线向左移动，Tp变为300K，其最大的光致电阻变化相对值为43.5%。

Investigation on the Characteristics of Polarized Optical Field of Solid Immersion Lens

固体浸没透镜出射光场偏振特性研究

Light Source and the Optical field Formed by an Optical Fiber End

光源与纤端光场

When the radius of the nanofiber after tapered region changes from large value to small value, the axile intensity of optical field transmitting in nanofiber increased firstly and then decreased gradually.

当拉锥后纳米光纤半径逐渐变小时，纳米光纤的光传输模场中心光强先逐渐增强然后又逐渐减小。