本书系统地介绍信息光学基础理论及相关的应用。全书共11 章, 内容涉及二维傅里叶分析、标量衍射理论、光学成像

系统的频率特性、部分相干理论、光学全息照相、空间滤波、相干光学处理、非相干光学处理、全息干涉度量学、散斑计量学、

云纹法与云纹干涉法等。

本书内容丰富, 选材新颖, 既系统介绍基础理论, 又同时兼顾理论和技术的当前发展, 并强调理论与应用的结合。书中

精选了100 余个例题和习题, 并给出了大部分的详细解答, 便于读者加深对正文的理解。

本书读者对象为光学、光电子技术、光信息科学与技术、应用物理、精密仪器、光学工程等专业的高年级本科生和研究

生, 也可供相关专业的工程技术人员和高校师生参考-This book introduces the basic theory of information optics and related applications. The book is 11 chapters, covering the two-dimensional Fourier analysis, standard

Diffraction theory, optical imaging

The frequency characteristics of the system, part of the coherence theory, optical holography, spatial filtering, coherent optical processing, incoherent optical Department

Li, holographic interferometry, speckle metrology,

Moiré method and moire interferometry method.

This book is rich in content, selection novel, introduces basic theory of both systems, but also taking into account current developments in theory and technology, and stressed

The combination of theory and application. Book

Selection of more than 100 examples and exercises, and gives the most detailed answers, easy to readers to deepen their understanding of the body.

Book readers for the optics, photonics, optical information science and technology, applied physics, precision instruments, optical enginee