低臨界功率二維光子晶體雷射

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姓名

李嘉祥(Chia-Shiang Li) 查詢紙本館藏

畢業系所

物理學系

論文名稱

低臨界功率二維光子晶體雷射
(Low threshold two dimensional photonic crystal laser)

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摘要(中)

本論文是探討光子晶體雷射的光學特性，首先我們會經由螢光偏振量測和模擬計算相互對照，區辨出qL2共振模態的偏振方向和電場強度分佈情形。接下來利用微螢光量測系統(μ-PL)，量測不同空氣孔洞半徑的qL2共振腔，並且將實驗結果與平面波展開法模擬數據相比較，根據兩項結果，篩選出最適合雷射研究的模態和qL2共振腔的幾何結構。
雷射研究是在室溫(300K)和低溫(10K)下進行量測，利用不同功率的連續波(continuous wave ,CW)光源激發光子晶體元件中的量子點，在低溫下螢光光譜結果呈現雷射的特性，包含雷射模態的半高寬變窄和螢光強度增強，並且分析實驗數據得到低的臨界功率~500nW和高的β值~0.85，最後深入探討β值和臨界功率的關連性。經由我們的研究可論證量子點在光子晶體共振腔內，可應用在製作低臨界功率的紅外光雷射。

摘要(英)

In this paper, we will investigate the optical properties of photonic crystal laser. According to polarization measurement results comparing with simulation calculations, we can define polarization direction and electric field intensity distribution of qL2 cavity mode. By micro-photoluminescence (μ-PL) measuring in different air hole radius of qL2 nanocavity, and experiment results were compared with the theoretical calculations results using plane wave expanded method (PWEM). We found most suitable cavity mode and geometry structure of qL2 cavity which is based on experiment and theory results to study lasing experiment.
We employ continuous-wave laser in different pumping power to excite quantum dots with qL2 nanocavity in 300K and 10K. Experimental results assumed many lasing characteristics which included full width at half maximum (FWHM) of lasing mode narrowing and intensity increasing in 10K. By analyzing lasing experiment data, we can obtain low threshold power~500nW and high β value~0.85. Finally we will consider correlation about threshold power and β value. Our experiments demonstrate that the quantum dots emission in photonic crystal nanocavity can be applied to the fabrication of low-threshold infrared laser.
ii

關鍵字(中)

★ 光子晶體雷射

關鍵字(英)

★ Photonic crystal laser

論文目次

目錄
中文摘要 .................................................. i
英文摘要 .................................................. ii
致謝 .................................................. iii
目錄 .................................................. v
圖目錄 .................................................. vii
表目錄 .................................................. x
第一章簡介 .............................................. 1
1-1研究動機和目的 ........................................ 1
1-2光子晶體介紹 .......................................... 1
1-3二維光子晶體奈米共振腔 ................................ 3
1-4二維光子晶體雷射介紹 ................................. 4
第二章基本原理 ......................................... 7
2-1模擬基本原理 .......................................... 7
2-1.1模擬計算簡介 ..................................... 7
2-1.2平面波展開法(PWEM) ............................... 7
2-1.3有限時域差分法(FDTD) ............................. 10
2-2共振腔的品質因子 ...................................... 11
2-3二維光子晶體雷射的基本原理 ............................ 11
第三章試片和實驗裝置 ................................. 16
3-1樣品簡介 .............................................. 16
3-1.a量子點和共振腔介紹 ............................... 16
3-1.b樣品的結構 ....................................... 18
3-1.c樣品的製程 ....................................... 19
3-2顯微光激發螢光量測系統(μ-PL) .......................... 22
3-2.a光激發螢光原理 ................................... 22
3-2.b顯微光激發螢光系統裝置和量測方法 ................. 23
第四章結果與討論 ...................................... 26
4-1 qL2共振模態的分析 .................................... 26
4-2 qL2共振腔的調變....................................... 36
4-3二維光子晶體雷射實驗分析 ............................. 43
4-3實驗數據探討 .......................................... 50
第五章結論 ............................................. 51
參考文獻 .................................................. 52
附錄A ..................................................... 55
附錄B ..................................................... 58
附錄C ..................................................... 60

參考文獻

參考文獻
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指導教授

徐子民(Tzu-Min Hsu)

審核日期

2008-6-30

推文