基于石墨烯的微纳光纤环光控实验探索

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1、暨南大学硕士学位论文Theinnovationpointsoftheresearchliein:1.Wehaveusedtwowaystorealizethegraphene’scoatingonthemicrofiberknotresonator.2.Wehaveusedpurplelightasthepumplightoutsideandexploredtheopticalpropertiesofmicrofiberknotresonatorcoatedwithgraphene.Keywords:micro-nanoopticalfiber,microfi

2、berknotresonator,graphene,lightwavelengthtuning,purplelight,pumplightoutsideIII万方数据暨南大学硕士学位论文目录摘要.....................................................................................................................................................IAbstract............................

3、...............................................................................................................II目录...................................................................................................................................................IV第一章绪论..............

4、.........................................................................................................................11.1研究背景及意义..................................................................................................................11.2国内外研究现状..........................

5、........................................................................................21.3本文的主要内容..................................................................................................................9第二章微纳光纤环与石墨烯概述.......................................................

6、..........................................112.1微纳光纤中光的传输特性................................................................................................112.2微纳光纤环的谐振特性....................................................................................................122.3石墨烯的概述...

7、.................................................................................................................182.4本章小结............................................................................................................................23第三章微纳光纤环的制备及相关测试...................

8、...................