開課老師：李志浩教授，清華大學工程與系統科學系。
<br>Professor Chih-hao Lee, Department of Engineering and System Science.
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<br>課程目標：提供全國理工背景之大學部高年級以上學生瞭解同步加速器設施及原子爐其應用的機會，以
<br>便將來利用同步加速器光源及中子源從事論文或研究工作。
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<br>課程說明(Course Desc<x>ription)
<br>本課程每周三上課小時並搭配參觀活動，使課堂教學與實務相互結合，以獲得更深入的
<br>認識。
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<br>上課地點：清華大學工程與系統科學系(406教室)。
<br>參觀地點：國家同步輻射研究中心光束線，以及清華大學水池式核反應器與X光實驗室。
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<br>課程內容：以修習完大四理工基礎課程為標準，內容包括基本光學原理，基本結晶繞射學，同步加速器 
<br>光源之基本原理，同步加速器之構造，中子源之產生, 基本真空原理，紫外光光束線，中子與X光光束
<br>線，材料科學上之應用，原子分子科學上之應用，生物科學上之應用，微機電元件科技上之應用，X 
<br>光、紅外光、光電子發射顯微術，同步加速器光源之未來前景. 包含中子與X光小角度散射, X光表面
<br>散射, 中子非彈性散射, X光束與中子束比較等課程。另外安排X光繞射實習，X光顯微術實習等，並參
<br>觀同步輻射加速器與實驗設施, 核輻射度量實驗室以及清華水池式核反應器中子束。
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<br>Class contents: It ba<x>sed on the science and technology courses of the senior 
<br>undergraduates, and to extend their knowledge on the applications of accelerator 
<br>beam and neutron sources. The contents include the accelerators and vacuum 
<br>technology; synchrotron radiation and neutron sources; radiation detection 
<br>technology; review of basic concept of optical principle, crystallographic 
<br>diffraction and scattering of X-ray and neutrons; X-ray absorption spectroscopy, 
<br>X-ray photoemission spectroscopy, and X-ray imaging; inelastic neutron scattering, 
<br>small angle scattering, thin film surface scattering etc.; the applications in 
<br>micromachining, lithograph, material characterization and biological science. This 
<br>course also includes a visit of National Synchrotron Radiation Research Center, 
<br>Radiation measurement lab, van de Graaf accelerator and Tsing-Hua Open Pool 
<br>Nuclear Reactor.  
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<br>成績計算：期末考佔34%，期末報告33%, 出席率，作業成績及上課表現佔33%。
<br>Grading: Final examination 34%, Term paper 33%, class attend and homework 33%. 
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