In chapter one of this dissertation the development history n characters and application of binary optics are reviewed . and the development , principles , classification and application of hyperspectral imaging technology are introduced 本文第一章概述了二元光学的发展概况，二元光学元件的特点和应用，及成像光谱技术的基本原理、基本仪器类型。
It is one of the most important contents for the quantum optics to study on the dynamics and non - classical properties of the interaction between the field and the atomic system in the jaynes - cummings model 在量子光学领域中，光场与原子相互作用系统的量子特性研究一直吸引着人们的关注。研究光场与原子相互作用的规律及其非经典效应是量子光学的重要内容。
Based on the macneille design and the basic principle optical thin film , we improve the extinction ratio of pbs through changing the structure and interference that can erase the p polarizing refractive both on the front and back side 从棱镜的设计原理和薄膜光学的理论基础为出发点，通过改变棱镜的结构形式提高其消光比：利用干涉方法消除了前后通光面p光的反射。
Various schemes of atomic guiding are classified and some applications of atom - guiding technology are introduced . we also introduce atomic beam splitter in details , which is one of important elements of atom optics 本文就各种不同的原子激光导引和磁导引方案进行了分类与综述，并就中性原子导引技术的应用及原子光学的重要元器件之一“原子分束器”作了较为详细的介绍。
It will introduce in a systematic way to the fundamentals of crystal optics , the basic component of polarization microscope and some basic concepts , such as indicatrix , optical orientation , extinction , compensation , interference color , compensation principle and so on 本课程将系统地介绍晶体光学的基本原理、偏光显微镜的基本组成和光率体、光性方位、消光、干涉、消色、补色法则等基本概念。
The paper first presents the configuration , the principle , the applications , new development in the wdm system and the solutions to relevant problems of awg then the paper introduces the theory basis of spatial frequency analysis of awg : fundamental fourier optics 论文首先介绍了awg的结构原理，在wdm系统中的应用、新发展及其相应问题的解决措施。然后介绍了awg的空间频率域分析方法的理论基础：傅里叶光学的基本理论。
