本課程的目標在於讓學生認識與操作與材料與奈米物理相關的實驗.
本學期主要內容為材料的製作;分析與物性的量測實驗.並輔以重要的近代物理相關實驗.讓學員能獲一完整的材料科學實驗的基本技能作為未來從事材料科學研究與就業的基礎知識與技能.
實驗一：熱電偶的特性與使用'
實驗二：奈米微粒製作(化學法)
實驗三：材料的伸拉特性量測
實驗四：霍爾效應
實驗五：物理法製做奈米微粒
實驗六：光電效應
實驗七：奈米物質的光譜
實驗八：TEM,XRD實習
實驗九:電子繞射The goal of this course is to enable students to understand and operate experiments related to materials and nanophysics.
The main content of this semester is the production of materials; analysis and measurement experiments of physical properties. It is supplemented by important modern physics-related experiments. This allows students to acquire a complete basic skills of materials science experiments as the basis for future materials science research and employment. Knowledge and skills.
Experiment 1: Characteristics and use of thermocouples'
Experiment 2: Nanoparticle production (chemical method)
Experiment 3: Measurement of tensile properties of materials
Experiment 4: Hall Effect
Experiment 5: Making nanoparticles using physical methods
Experiment 6: Photoelectric Effect
Experiment 7: Spectrum of Nanomaterials
Experiment 8: TEM, XRD internship
Experiment 9: Electron Diffraction
自編講義
Self-compiled handouts
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 平時成績平時成績 usual results |
10 | 出席狀況及學習態度 |
| 實驗預報實驗預報 Experimental forecast |
25 | |
| 實驗結報實驗結報 Experiment result report |
35 | |
| 期末操作考期末操作考 Final operation test |
30 |
