臺灣博碩士論文加值系統

在本論文中我們對於能夠產生高脈衝重複率的主動鎖模光纖雷射做了詳細的研究。利用直接耦合式與側耦合式的反射式光纖光柵共振濾波器，我們製作了穩定並且具高脈衝重複率的主動鎖模摻鉺光纖雷射。藉助於全通光濾波器的概念，我們也提出了可以在雷射腔外無損耗地來倍增脈衝重複率的新方法。

In the thesis we perform a detailed study on active mode-locked fiber lasers capable of producing highly repetitive optical pulse trains. By using a direct-coupled or side-coupled fiber Bragg grating resonator, we experimentally demonstrate a new configuration of highly stable harmonic mode-locked Er-fiber ring lasers. We also propose a novel scheme that can in principle losslessly multiply the intensity repetition-rate of a pulse train outside the laser cavity by using optical all-pass filters.

第一章緒論
1.1研究緣起與背景(一)-1
1.2研究目的 (一)-4
1.3論文架構(一)-6
第二章利用主動諧波鎖模來產生高重複率光脈衝序列
2.1 簡介 (二)-1
2.2主動鎖模原理介紹(二)-7
2.3利用反射式光纖光柵濾波器來穩定諧波鎖模雷射(二)-13
2.3.1直接耦合式光纖光柵濾波器分析 (二)-14
2.3.2側耦合式光纖光柵濾波器分析 (二)-17
第三章運用全通光濾波器來倍增脈衝重複率
3.1簡介(三)-1
3.2原理及分析(三)-8
3.3實行之方法(三)-16
3.3.1光纖環形共振器(三)-18
3.3.2重複率級數與對應的濾波器結構(三)-23
第四章實驗結果與討論
4.1實驗架構(四)-1
4.2脈衝重複率為12GHz的主動諧波鎖模光纖雷射(四)-7
4.3利用反射式側耦合共振器來穩定鎖模雷射輸出(四)-15
第五章結論(五)-1
參考文獻(參)-1

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