2020190 超短脉冲技术(中英文)(2011)

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1、天津大学超短脉冲技术课程教学大纲课程编号: 2020190 课程名称: 超短脉冲技术学 时: 32 学 分: 2学时分配:授课:32 上机: 实验: 实践: 实践(周): 授课学院: 精仪仪器与光电子工程学院适用专业: 光电子技术、电子科学与技术(光电子方向)先修课程: 激光原理、激光技术一、课程的性质与目的超短脉冲技术课程是“电子科学与技术(光电子方向) ”和“光电子技术”专业的专业选修课。本课程主要介绍超短脉冲激光的产生技术,并适当介绍超短脉冲激光的发展与应用。目的是使学生基本了解超短脉冲激光的相关知识与技术,为在相关技术领域继续深造和从事科研工作打好基础。二、教学基本要求通过本课程的学习

2、,要求达到:1认识超短光脉冲的基本特性及其应用基础与前景。2了解超短光脉冲的产生、传输、放大、变换和测量等方面的论知识与相应技术。3重点掌握锁模原理和实现飞秒光脉冲的关键技术。三、教学内容第一章 超短脉冲激光的发展历史1超短脉冲激光的发展历史2超短脉冲激光的研究现状与前景第二章 锁模技术 1激光模式耦合的概念2锁模的基本原理3主动锁模4可饱和吸收体被动锁模5碰撞脉冲锁模6附加脉冲锁模7克尔透镜锁模8孤子锁模第三章 色散补偿与脉冲压缩技术1棱镜对与光栅对2光纤光栅压缩器3啁啾镜4空间光调制器5声光光谱色散滤波器四、学时分配教学内容 授课 上机 实验 实践实践(周)第一章 2 第二章 20 第三章

3、 10 总计: 32 五、评价与考核方式评价方式:期末考试(80%)+平时成绩(20%)考核方式:期末考试(笔试、闭卷)平时成绩(作业+测验+出勤)六、教材与主要参考资料 参考资料:1. 张志刚编著, 飞秒激光技术 科学出版社,20112. J. C. Diels, W. Rudolph, Compact Sources of Ultrashort PulsesAcademic Press Inc. ,19963. I. N. Duling, , Ultrashort Laser Pulse PhenomenaCambridge University Press,19954. 蓝信钜等编, 激

4、光技术 (第3版)科学出版社,2009TU Syllabus for Ultrashort Laser Pulse Techniques Code: 2020190 Title: Ultrashort Pulse TechniquesSemester Hours: 32 Credits: 2Semester Hour StructureLecture:32 Computer Lab: Experiment: Practice: Practice (Week):Offered by: College of Precision Instruments & Optoelectronics Engin

5、eeringfor:Optoelectronics Technology、Electronics Science and Technology(Optoelectronics field)Prerequisite: Principle of Laser、Laser Technology 1. Objective Ultrashort Pulse Techniquesis an elective course for senior students in the Optoelectronics Technology、the Electronics Science and Technology(O

6、ptoelectronics field). The aim of this course is to lay the groundwork for students who are going to engage in the ultrashort lasers or the scientific investigation by understanding the knowledge and techniques of ultrashort laser pulse in this course.2. Course DescriptionThis course is intended as

7、an introduction to the generational techniques of ultrashort pulse, the historic development and applications of ultrashort lasers, including the basic principles and technology of mode-locking and techniques of dispersion compensation and pulse compression. 3. TopicsChapter 1. Developing History of

8、 the Ultrashort Pulse Techniques1An Overview of Developing History of the Ultrashort Pulse Lasers2The Present and Future for the Ultrashort Pulse TechniquesChapter 2. Mode-Locking Techniques 1Concept of Laser Mode Coupling2Basic Principle of Mode-Locking3Active Mode-Locking4Passive Mode-Locking with

9、 Saturable Absorbers5Colliding-Pulse Mode-Locking6Additive Pulse Mode-Locking7Kerr-Lens Mode-Locking8Soliton Mode-LockingChapter 3. Techniques of Dispersion Compensation and Pulse Compression 1Prism-pair and grating-pair2Compressor of the Fiber-Grating3Chirped Mirrors4Spatial Light Modulator5Acousto

10、-Optic Programmable Dispersive Filter4. Semester Hour StructureTopics Lecture Computer Lab. Experiment Practice Practice (Week)Chapter 1 2Chapter 2 20Chapter 3 10Sum: 325. GradingCourse Grade: Final examination(80%)+ the daily grade(20%)Examine manner: Final examination(written and closed examinatio

11、n)The daily grade(Homework + the routine quizzes + in attendance)6. Text-Book & Additional Readings(1) Zhang Zhigang,Femtosecond Laser Technology Science Press,2011 (in Chinese)(2) J. C. Diels, W. Rudolph, Compact Sources of Ultrashort PulsesAcademic Press Inc. ,1996(3) I. N. Duling, , Ultrashort Laser Pulse PhenomenaCambridge University Press,1995(4) Lan Xinju et.al.,Laser Technology (Third Edition)Science Press,2009 (in Chinese)

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