基于荧光示踪技术的微流速测量方法与系统实现

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1、华中科技大学硕士学位论文目录摘要.............................................................................................................IAbstract......................................................................................................II1绪论1.1流速测量现状......................

2、........................................................（5）1.2示踪法测量流速.........................................................................（6）1.3课题研究的内容和技术路线.....................................................（7）1.4流速测量方法和实验方案的设计.......................................

3、......（8）1.5本章小结....................................................................................（10）2荧光剂和激发光源2.1荧光剂的选择............................................................................（11）2.2激发光源的选择和应用.........................................................

4、..（13）2.3本章小结....................................................................................（17）3信号检测硬件电路设计3.1光电二极管及其选型...............................................................（18）3.2信号调理电路........................................................................

5、....（22）3.3单片机硬件系统的设计...........................................................（28）3.4本章小结....................................................................................（33）4流速测量方案的实现和评估4.1荧光剂投放实验......................................................................

6、.（34）III华中科技大学硕士学位论文4.2荧光剂扩散时间的获取...........................................................（39）4.3流速测量结果与分析...............................................................（42）4.4本章小结....................................................................................（46）5总

7、结和展望...................................................................................（47）致谢...................................................................................................（48）附录I流通水槽结构设计图..........................................................（49）附录

8、II实验附图.............................................................................（50）附录III攻读硕士