| 課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
| 1 | 課程導論 Course Introduction |
1. 實驗物理的範疇與研究方法
- Scope and research methods of experimental physics
2. - 電子元件與材料物理的關聯
- Relationship between electronic devices and material physics |
1. 實驗物理的範疇與研究方法
- Scope and research methods of experimental physics
2. - 電子元件與材料物理的關聯
- Relationship between electronic devices and material physics |
講授
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| 2 | 材料的光學特性Optical Properties of Materials |
1. 光吸收、反射、散射
- Light absorption, reflection, and scattering
2. - 光譜量測技術
- Spectroscopic measurement techniques |
1. 光吸收、反射、散射
- Light absorption, reflection, and scattering
2. - 光譜量測技術
- Spectroscopic measurement techniques |
講授 實作
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實驗
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| 3 | 材料的電學特性 |
1. - 電導率、載子濃度、遷移率: 霍爾效應量測
- Electrical conductivity, carrier concentration, and mobility: - Hall effect measurements
2. IV and CV |
1. - 電導率、載子濃度、遷移率: 霍爾效應量測
- Electrical conductivity, carrier concentration, and mobility: - Hall effect measurements
2. IV and CV |
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| 4 | 第四代半導體概論 |
1. 氮化鎵 (GaN)、碳化矽 (SiC)、氧化鋅 (ZnO) 等材料
-Materials such as Gallium Nitride (GaN), Silicon Carbide (SiC), and Zinc Oxide (ZnO)
2. 能帶結構與應用案例
-Band structure and application examples |
1. 氮化鎵 (GaN)、碳化矽 (SiC)、氧化鋅 (ZnO) 等材料
-Materials such as Gallium Nitride (GaN), Silicon Carbide (SiC), and Zinc Oxide (ZnO)
2. 能帶結構與應用案例
-Band structure and application examples |
講授
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| 5 | 晶體結構基礎Fundamentals of Crystal Structure |
1. 晶格排列、缺陷與位錯
-Lattice arrangement, defects, and dislocations
2. 晶體生長方法簡介
-- Introduction to crystal growth methods |
1. 晶格排列、缺陷與位錯
-Lattice arrangement, defects, and dislocations
2. 晶體生長方法簡介
-- Introduction to crystal growth methods |
講授
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| 6 | X 光繞射 (XRD) |
1. 繞射原理
- Principles of diffraction
2. 晶體結構分析實例
-Case studies in crystal structure analysis |
1. 繞射原理
- Principles of diffraction
2. 晶體結構分析實例
-Case studies in crystal structure analysis |
講授 實作
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實驗
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| 7 | 電子顯微鏡技術 |
1. - SEM、TEM 的原理與應用
- Principles and applications of SEM and TEM
2. 奈米尺度結構觀察
- Observation of nanoscale structures |
1. - SEM、TEM 的原理與應用
- Principles and applications of SEM and TEM
2. 奈米尺度結構觀察
- Observation of nanoscale structures |
講授 實作
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實驗
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| 8 | 光學量測方法Optical Measurement Methods |
1. 拉曼光譜、光致發光 (PL)
- Raman spectroscopy and photoluminescence (PL)
2.光學探測在半導體研究中的應用
- Optical probing in semiconductor research |
1. 拉曼光譜、光致發光 (PL)
- Raman spectroscopy and photoluminescence (PL)
2.光學探測在半導體研究中的應用
- Optical probing in semiconductor research |
講授 實作
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實驗
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| 9 | 低溫物理環境Low-Temperature Physics Environments |
1. 液氮、液氦系統
-Liquid nitrogen and liquid helium systems
2. 低溫下的材料特性
-- Material properties at low temperatures |
1. 液氮、液氦系統
-Liquid nitrogen and liquid helium systems
2. 低溫下的材料特性
-- Material properties at low temperatures |
講授 實作
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實驗
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| 10 | 變溫系統與熱效應Variable-Temperature Systems and Thermal Effects |
1. 溫度控制技術
- Temperature control techniques
2. 熱電效應量測
- Thermoelectric effect measurement |
1. 溫度控制技術
- Temperature control techniques
2. 熱電效應量測
- Thermoelectric effect measurement |
講授 實作
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| 11 | 高壓環境High-Pressure Environments |
1. 壓力池設計
-Design of pressure cells
2. 高壓下的能帶與結構變化
-Band structure and crystal changes under high pressure |
1. 壓力池設計
-Design of pressure cells
2. 高壓下的能帶與結構變化
-Band structure and crystal changes under high pressure |
講授
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| 12 | 原子力探針顯微術Atomic Force Microscopy (AFM) |
1. 表面形貌分析 (Topography)
- Surface topography analysis
2. 電性檢測 (Conductive AFM, C-AFM)
- Electrical characterization (Conductive AFM, C-AFM)
3. - 熱微影雕刻
- Thermal nanolithography
4, 近場光學
- Near-field optical microscopy (SNOM) |
了解與實作AFM檢測 |
講授 實作
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實驗
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| 13 | 功能性元件與綜合研究Functional Devices and Integrated Research |
1. 光電元件探討- LED、雷射二極體、太陽能電池
-Optoelectronic Devices: LEDs, laser diodes, and solar cells
2. 光電轉換效率分析
-- Analysis of photoelectric conversion efficiency |
1. 光電元件探討- LED、雷射二極體、太陽能電池
-Optoelectronic Devices: LEDs, laser diodes, and solar cells
2. 光電轉換效率分析
-- Analysis of photoelectric conversion efficiency |
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| 14 | 高功率與高頻電子元件High-Power and High-Frequency Electronic Devices |
1. 功率元件設計
-Design of power devices
2. RF 元件與通訊應用
-- RF devices and communication applications |
1. 功率元件設計
-Design of power devices
2. RF 元件與通訊應用
-- RF devices and communication applications |
講授
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| 15 | 新世代元件設計思路Design Concepts for Next-Generation Devices |
1. 奈米結構、量子元件
- Nanostructures and quantum devices
2. 未來電子材料趨勢
- Trends in future electronic materials |
1. 奈米結構、量子元件
- Nanostructures and quantum devices
2. 未來電子材料趨勢
- Trends in future electronic materials |
講授 個案研究
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報告
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| 16 | 學生專題報告與綜合討論Student Project Presentations and Comprehensive Discussion |
分組實驗設計與成果展示
-Group experimental design and results presentation |
分組實驗設計與成果展示
-Group experimental design and results presentation |
心得發表
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報告
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| 17 | 期末考 |
盤點整學期的學習成效 |
盤點整學期的學習成效 |
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期末考
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| 18 | 彈性周 |
完成課程中教授的實驗 |
完成課程中教授的實驗 |
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彈性教學
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