基于pdms的微流控激光的器的分析

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1、上海交通大学硕士学位论文目录摘要.....................................................................................................................IVABSTRACT...........................................................................................................V目录..................

2、....................................................................................................VII第一章绪论......................................................................................................-1-1.1引言.....................................................

3、...............................................-1-1.2微全分析系统发展史........................................................................-2-1.3微全分析系统中的染料激光器........................................................-4-1.3.1液滴微腔染料激光器.............................................

4、................-5-1.3.2分布式反馈（DFB）激光器...................................................-6-1.3.3液液波导染料激光器.............................................................-8-1.3.4微流体随机激光器.................................................................-9-1.4本论文结构.............

5、........................................................................-12-参考文献.................................................................................................-13-第二章回音壁微腔和随机激光器的光学特性...........................................-15-2.1回音壁模式的光学特性...........

6、......................................................-15-2.1.1微腔的基本性质..................................................................-15-2.1.2回音壁模式理论基础..........................................................-17-2.1.3变形WGM微腔...........................................

7、........................-19-2.2随机激光器.....................................................................................-21-2.2.1非相干反馈激光器..............................................................-21-2.2.2相干反馈激光器.......................................................

8、...........-24-2.3本章小节.................................................................................