本課程涵蓋奈米結構材料合成、鑑定、特性與應用，除介紹外與專論式研討，並輔以頂尖期刊論文導
<br>讀與討論、研究成果報告與討論。逐一探討各種功能元件與材料之主要製程、鑑定、特性與應用。課程
<br>內
<br>容：功能元件與材料特性，包括：電子元件、新穎性觸媒材料、綠能( green energy)如太陽能、儲能 
<br>(energy storage)元件等。內容包括奈米科技介紹、低維奈米結構材料、奈米製程、奈米檢測、奈米
<br>材
<br>料特性（電子、光子）、奈米感應器等。
<br>This course covers the synthesis, characteristics, and application of 
<br>nanostructured 
<br>materials and the introduction of the top journal papers. The course contents are 
<br>included: The introduction of the materials manufacturing process, 
<br>characteristics, 
<br>and applications of various functional components. 
<br>Course content including functional components and material properties, including 
<br>electronics components, novel catalyst materials, green energy such as solar 
<br>energy, 
<br>energy storage components, etc. The content includes the introduction of 
<br>nanotechnology, low-dimensional nanostructured materials, synthesis low-
<br>dimensional 
<br>nanomaterials, and physical properties of nanomaterials (electronics, photons, 
<br>chemical properties ), nanosensor, etc.
<br>教學進度:
<br>奈米科技介紹（第1-2週）、低維奈米結構材料（第3-4週）、低維奈米材料合成與組裝（第5
<br>-6週）、奈米檢測（第7-8週）、第9週期中考、奈米特性（電子、光子）（第10-11週）、奈米元件與應
<br>用（第12-13週）、期末報告（第14-15週）、第16週期末考 ，教學進度依上課情況彈性調整章節順序
<br>
<br>Text Books: PowerPoints and reference papers
<br> 
<br>成績考核(Evaluation)
<br>Mid exam (35%)；Final Exam(35%)；Research report and discussion(30%)
<br>