现代实用光学系统

1、光学与电子信息学院 光学工程领域专业学位硕士研究生课程简介课程名称：现代实用光学系统 课程代码： 182.503课程类型：公共课 专业必修课 专业选修课 其它：考核方式：考试 教学方式：授课适用专业领域：光学工程开课学期：春季总学时： 48学分： 3先修课程要求：应用光学、光学课程设计课程组教师姓名职称专业年龄学术方向杨振刚讲师、博 士光学工程35光电测控张南洋生讲师、博 士光学工程39光电技术课程负责教师教育经历及学术成就简介：杨振刚博士，讲师，华中科技大学光电子科学与工程学院，武汉光电国家实验 室，太赫兹光电子学团队成员。研究方向包括光电子技术和太赫兹技术。课程教学目标：在本课程范围内，理

2、解典型光学系统的工作原理，根据目标要求合理选择 现代实用光学系统，学习和掌握有关现代实用光学系统的原理、结构、使用方法 和特点，提高学生用实际光学系统研究光学现象和解决实际光学问题的能力；通 过具体的实用光学系统让学生接触应用光学、光学仪器、光学测量等范畴的某些新课题，以扩充学生的知识面，适应现代光学系统迅速发展的新形势教学大纲（章节目录） ：第一章光学系统自动设计与现代测试基础1.1像差综述1.2像质评价1.3计算机辅助光学设计1.4现代光学测试与计量第二章激光扫描光学系统2.1激光扫描技术基础2.2高惯性激光扫描关键技术2.3高惯性激光扫描实用系统第三章光盘存储光学系统3.1光盘存储基本技

3、术3.2激光光盘光学系统3.3光学头中主要部件及其设计3.4光盘驱动器伺服系统第四章红外光学系统4.1红外光学系统概述4.2红外光学系统4.3红外系统光学性能分析第五章自适应光学系统5.1自适应光学系统概述5.2自适应光学系统的应用教材：陈海清编著：现代实用光学系统2003 年 华中科技大学出版社主要参考书：1 Brosens P J. Fast Retrace Optical Scanning, Elect-Opt. Systems Design,19712 Beiser. Laser Scanning Systems. Laser Application,19943 Bouwhusi G.

4、 Principles of Optical System. Adam Hilger Ltd,19864 Ammon G J. Archival Optical Date Storage. Optical Eng,1981课程代码： 182.503课程名称： Modern Practical Optical System 课程类型： Professional Electives考核方式： Exam 教 学方式： Lecturing 适用专业： Optical Engineering开课学期： spring 总学时： 48学分： 3先修课程要求： Applied Optics, Optics c

5、ourse design课程组教师姓名 职 称 Yang Zhengang Lecturer , Ph.D.ZhangnanyangshengLecturer, Ph.D.专业OpticalEngineering 程OpticalEngineer年龄3539学术方向Optical measurementand controlOptoelectronicTechnologyingCourse Team Leader Education Experience and Academic QualificationDr. Yang Zhengang, Lecturer of School of Opt

6、oelectronic Science and Engineering Huazhong University of Science and Technology, Member of THz optoelectronics team ,WuHan National Laboratory for Optoelectronic. His recent research interests include optoelectronic technology and terahertz technology.Course Objective ：Through the study in this co

7、urse, the students can learn and know well the working principle of typical optical system, reasonable choice of modern practical optical system according to the objectives and requirements, to learn and master the modern practical optical system principle, structure, usage and characteristics, to i

8、mprove the ability of optical phenomena and solve the practical problem in optical for practical optical system.Course Contents：Chapter 1 Optical system automatic design 1.1 Summarize of imaging aberration 1.2 Evaluation of imaging quality 1.3 Computer aided designChapter 2 Laser scan optical system

9、2.1 Principle of laser scan technology2.2 The key technology of laser scanning2.3 Laser scanning practical optical systemChapter 3 CD optical system3.1 Principle of CD3.2 The design of key components in CD 3.3 CD servo systemChapter 4 Infrared optical system4.1 Summarize of infrared optical system4.

10、2 Capability of infrared optical systemChapter 5 Adaptive optical system5.1 Summarize of adaptive optical system5.2 Application of adaptive optical systemText books:Chen Haiqing. Modern Practical Optical SystemM,Huazhong University of Science and Technology Press, 2003.Reference Books ：1 Brosens P J. Fast Retrace Optical Scanning, Elect-Opt. Systems Design,19712 Beiser. Laser Sc