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課程簡介 Course Introduction
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開課年度學期 Year / Term
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115 學年度 第 1 學期
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開課班級 Department
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電機工程學系碩士班 電機系碩博班合選
Master Program, Department of Electrical Engineering
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授課方式 Instructional Method
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課堂教學 、 英語
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課程電腦代號 Course Reference Number
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182009
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課程名稱(中文) Course Title(Chinese)
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儀器分析
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課程名稱(英文) Course Title(English)
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Instrumental Analysis
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學分數/時數 Credit Hours
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3 /
3
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必(選)修 Required / Elective Course
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選修 Elective
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授課老師 Instructor
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吳世雄
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助教 Teaching Assistant
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上課時間 Meeting Time
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星期三，節次3
Wed, Period 3、4、5
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上課教室 Classroom
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ZB209
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Office Hours
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| 獲獎及補助情形 Awards and Grants |
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| 聯合國永續發展目標 (SDGs跨域類別) Sustainable Development Goals, SDGs |
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SDGs 04.
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優質教育：確保有教無類、公平以及高品質的教育，及提倡終身學習
Quality Education：Ensure inclusive and equitable quality education and promote lifelong learning opportunities for all
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| 屬於大學社會責任(USR)性質 Courses related to University Social Responsibility（USR) |
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否
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| 是否運用AI輔助教學 Using Artificial Intelligence (AI) to assist teaching |
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是
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課程目標 Learning Objectives
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課程旨在介紹各類現代分析儀器之基本原理、儀器結構與實際應用，使學生建立物質定性、定量與結構鑑定的分析能力。課程內容涵蓋分析儀器的基本設計概念、訊號處理與資料分析方法，並深入探討常見的儀器分析技術，包括光譜分析法（如紫外光／可見光、紅外線、拉曼、螢光等）、質譜分析、層析分離技術（如氣相層析與高效能液相層析）、電化學分析方法，以及表面與顯微分析技術等 。
透過系統性的理論講授與案例說明，本課程培養學生理解不同分析技術的原理與適用範圍，學習如何選擇適當的分析方法以進行物質分離、成分鑑定與定量分析 。學生將進一步具備解讀分析數據、評估分析結果可靠性，以及將儀器分析技術應用於材料科學、環境監測、生物醫學與化學工程等領域之能力，為後續研究或相關產業應用奠定良好的基礎。
This course aims to introduce the fundamental principles, instrument structures, and practical applications of modern analytical instruments, enabling students to develop the ability to perform qualitative, quantitative, and structural analyses of materials. The course covers the basic design concepts of analytical instruments, signal processing, and data analysis methods, and provides an in-depth discussion of common instrumental analysis techniques, including spectroscopic methods (such as UV–visible spectroscopy, infrared spectroscopy, Raman spectroscopy, and fluorescence spectroscopy), mass spectrometry, chromatographic separation techniques (such as gas chromatography and high-performance liquid chromatography), electrochemical analysis methods, as well as surface and microscopic analysis techniques.
Through systematic theoretical instruction and case studies, this course helps students understand the principles and applicability of various analytical techniques and learn how to select appropriate analytical methods for substance separation, component identification, and quantitative analysis. Students will further develop the ability to interpret analytical data, evaluate the reliability of analytical results, and apply instrumental analysis techniques to fields such as materials science, environmental monitoring, biomedical science, and chemical engineering, thereby establishing a solid foundation for advanced research or industrial applications.
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先修 ( 前置 ) 課程 Prerequisite
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無
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| 彈性教學規劃 Flexible Teaching/Planning Schedules |
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課程大綱 Course Syllabus
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| 週次 Week |
課程單元大綱 Unit |
教學方式 Instructional Method/Style/Teaching Style |
參考資料或相關作業 References or Related Materials |
評量方式 Grading |
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1
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課程規定講解(Introduction to Course Policies)
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課堂規則講述(Classroom Rules Overview)
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2
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層析導論 (Introduction to Chromatography)
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課堂講述(Lectures)
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3
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氣相層析法 (Gas Chromatography)
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課堂講述(Lectures)
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4
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液相層析法(Liquid Chromatography)
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課堂講述(Lectures)
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5
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光譜法導論(Introduction to Spectroscopy)
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課堂講述(Lectures)
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6
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紫外線／可見光光譜(Ultraviolet–Visible Spectroscopy)
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課堂講述(Lectures)
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7
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紅外線光譜法(Infrared Spectroscopy)
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課堂講述(Lectures)
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8
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分子螢光光譜法(Molecular Fluorescence Spectroscopy)
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課堂講述(Lectures)
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9
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期中考(Midterm Exam)
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期中評量(Midterm Examination)
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10
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拉曼光譜法(Raman Spectroscopy)
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課堂講述(Lectures)
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11
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原子光譜法(Atomic Spectroscopy)
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課堂講述(Lectures)
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12
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化學發光光譜法(Chemiluminescence Spectroscopy)
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課堂講述(Lectures)
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13
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核磁和電子自旋共振譜法(Nuclear Magnetic Resonance and Electron Spin Resonance Spectroscopy)
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課堂講述(Lectures)
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14
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核磁和電子自旋共振譜法(Nuclear Magnetic Resonance and Electron Spin Resonance Spectroscopy)
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課堂講述(Lectures)
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15
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X光光譜法和質譜法(X-ray Spectroscopy and Mass Spectrometry)
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課堂講述(Lectures)
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16
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熱分析（Thermal Analysis）
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課堂講述(Lectures)
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17
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電化學分析法(Electrochemical Analysis)
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課堂講述(Lectures)
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18
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期末考(Final Exam)
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期末評量(Final Examination)
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單一課程對應校能力指標程度 The Degree to Which Single Course Corresponds to School Competence
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| 編號 No. |
校核心能力 School Core Competencies |
符合程度 Degree of conformity |
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1
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公民力 (Citizen)
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0
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2
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自學力 (Self-learning)
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3
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3
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資訊力 (Information)
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3
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4
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創造力 (Creativity)
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3
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5
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溝通力 (Communication)
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0
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6
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就業力(Employability)
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5
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單一課程對應系能力指標程度 The Degree to Which Single Course Corresponds to Department Competence
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| 編號 No. |
類別 Category |
系核心能力 Department Core Competencies |
符合程度 Degree of conformity |
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01
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系所
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具備專業知識運作及運用之能力
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5
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02
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系所
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發掘問題、實驗分析及驗證之能力
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5
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03
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系所
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創新思考開發之能力
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5
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04
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系所
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協調合作、領導團隊與管理規劃之能力
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2
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05
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系所
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中英文寫作與簡報之能力
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3
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06
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系所
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強化國際觀與國際交流之能力
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5
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單一課程對應院能力指標程度 The Degree to Which Single Course Corresponds to College Competence
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| 編號 No. |
院核心能力 College Core Competencies |
符合程度 Degree of conformity |
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1
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語文能力
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5
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2
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溝通與合作能力
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5
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3
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創新與實踐能力
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3
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4
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專業知能
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5
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教科書或參考用書 Textbooks or Reference Books
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館藏書名 Library Books
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備註 Remarks
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※請尊重智慧財產權，不得非法影印教科書※
※ Please respect intellectual property rights and do not illegally photocopy textbooks. ※
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教學方法 Teaching Method
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教學方法 Teaching Method
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百分比 Percentage
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講述
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100 %
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| 總和 Total |
100 % |
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成績評量方式 Grading
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| 評量方式 Grading |
百分比 Percentage |
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期中考
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50 %
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期末考
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50 %
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| 總和 Total |
100 % |
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課程大綱補充資料 Supplementary Material of Course Syllabus
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