臺灣博碩士論文加值系統

隨著科技文明的發展，在量測技術上，也逐漸的朝著快速、精準度、穩定和非接觸式的掃瞄這些目標發展，而近年來在工業和生醫科技方面都發現一些物體或者是生體組織的折射情形是呈現雙折射性質的，一般常見的掃描架構僅能得到群折射率，無法確切解析正確的雙折射資訊，因此針對雙折射晶體或者是雙折射組織的掃描研究也持續發展中。

　　本論文是應用極化光透過光同調斷層影像掃描(Optical Coherence Tomography OCT)進行雙折射樣品掃描，進行多次量測去分析該雙折射樣品的雙折射現象以及其厚度，OCT架構具備了非侵入式掃描以及高速、穩定的量測形式，研究最後以量測液晶樣品做數據分析及觀察討論。

Measurement technology is gradually to these goals about high-speed, accuracy, stability and non-contact scanning with the development of science and technology. In recent years, industrial and biomedical technology have found that some objects or biological tissue refraction present the birefringence. Most of the scanning systems only get group refractive index, can not be resolved to the correct information on the birefringent. Therefore, for a birefringent crystal or biological tissue scanning studies have sustainable development.

　　This research is the study of polarized light in optical coherence tomography to measure the birefringence sample.

OCT systems with a non-invasivescanning and high-speed, stable measurement. Finally, we measure the liquid crystal sample data analysis and observation are discussed.

摘要.......................................i
Abstract.................................ii
致謝.....................................iii
目錄......................................iv
表目錄....................................vi
圖目錄...................................vii
第一章 緒論................................1
1.1前言...................................1
1.2研究動機與目的...........................2
1.3文獻回顧................................3
1.4論文架構...............................10
第二章 光同調斷層影像掃描....................11
2.1光同調斷層影像掃描技術....................12
2.1.1時域式光同調斷層影像掃描技術.............13
2.1.2頻域式光同調斷層影像掃描技術.............17
2.2光路徑長...............................20
2.3雙折射效應..............................21
2.4光極化.................................22
第三章 應用極化之光同調斷層影像掃描系統.........28
3.1研究架構與儀器介紹.......................28
3.2雙折射樣品資訊..........................32
3.3實驗數據彙整與分析.......................34
3.4實驗結果...............................38
第四章 結論................................47
參考文獻...................................48
英文大綱(Extended Abstract) ...............51
簡歷.......................................55

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