國立台灣大學光電工程學研究所
首頁 下載專區 相關連結 網站地圖 本所位置 聯絡我們
中文 English  
公文
本所簡介 本所成員 研究概況 招生訊息 本所學程 本所公告 學生資訊 師資專區 線上報名
 研究領域
 實驗室
 研究計劃
 光電製程實驗室
更多公告資訊
2017/09/19
107學年度光電所招生說明會
2017/09/19
台大107學年度碩、博士班甄試簡章公告及報名訊息
2017/09/18
光電所與歐洲EMSP碩士雙學位計畫2018申請說明(申請截止日期:2017年12月22日)
2017/09/12
106學年第1學期碩士學位考試申請、口試安排及相關作業注意事項
2017/09/12
106學年第1學期博士學位考試申請、口試安排及相關作業注意事項
 
研究概況-實驗室
 
姓名 學歷 相關連結
  黃升龍 美國馬里蘭大學 博士 個人資料 | 著作列表 | 收授學生 | 網頁 | 實驗室
實驗室編號 光電實驗室七
實驗室名稱 固態雷射晶體與元件實驗室
實驗室負責教師 黃升龍
實驗室位置 水源校區 (call 33663700 x 435) 暨 電機二館406B室
實驗室電話 +886-2-33663706
網址 http://laser.ee.ntu.edu.tw/

The major research areas are on the growth of active and nonlinear crystalline fibers, and high brightness laser technologies in order to realize compact and efficient lasers and broadband light sources with excellent mode quality for applications in bio-photonics, optical communications, nano-photonics, and data storages.
The present research directions are listed below:
1.Cr4+ doped crystal fiber light source and optical amplifiers:
The ultra-broadband nature of Cr ion in near infrared wavelength makes it attractive for applications in optical coherence tomography (OCT). A cellular resolution OCT is under development.
2.Nonlinear frequency conversion using periodically poled lithium tantalite (LT) crystal fiber:
Nonlinear crystal fiber enables efficient frequency conversion at CW and low power region because of the confined laser beam in fiber core for long range. We are studying the poling of glass-clad LT for wavelength conversion.
3.Yb doped fiber lasers:
We are developing Yb:fiber based efficient and high power lasers and master oscillator power amplifiers. A 100-W Yb:fiber laser was constructed for high precision machining as well as nonlinear optics applications.
4.High-brightness white light point source:
Using Ce,Sm:YAG double-clad crystal fiber, we have generated white light with a luminance of 4.5x10^9 cd/m^2 out of a 10-mm-diameter core. Wave propagation characteristics is under investigated for improving the optical efficiency.

Glass-clad crystal fiber growth system, multi-wavelength confocal microscope, polarizing microscope, optical spectrum analyzer, RF spectrum analyzer, oscilloscopes, large-mode- area fiber fusion splicer, mode master, optical low-coherence reflectometer, ion gun, tunable lasers, high power laser diodes, furnace, grinding/polishing machines, cutting machine


   
Figure 1: Schematic diagram of the growth of single crystalline fiber. Figure 2: The single crystal, single-clad, and double-clad crystal fibers.
   
Figure 3: Crystal fiber based ultrahigh resolution optical coherence tomography system. Figure 4: Schematic diagram of the 100W-level Yb:fiber laser.
   
   
   
   

 
  首頁   | 本所位置光電所行事曆   |   校友專區   |   下載專區   |   產學合作專區   |   光電所所訊   |  光電製程實驗室  |   光電實驗課(大學部)
 版權所有© 2008 GIPO 10617 台北市大安區羅斯福路四段一號 電話:+886-2-3366-3587~89 傳真:+886-2-2367-7467