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《熱力學》
Rating: 5.0 out of 5(3 ratings)
89 students

《熱力學》

Thermodynamics
Last updated 10/2021
Chinese (Traditional)

What you'll learn

  • 能了解熱力學基本原理。
  • 建立正確的熱力學第一定律觀念與數學演算技巧。
  • 建立正確的熱力學第二定律觀念與數學演算技巧。
  • 評估系統熵變化和計算以確定一個過程的可逆或不可逆性。

Course content

1 section33 lectures7h 54m total length
  • Unit 1 Temperature and Thermal Expansion7:56
  • Unit 2 Thermal Expansion of Materials3:41

    參考資料:

    1.Coefficient of Volume Expansion, near20℃資料引用自Physics for Scientists and Engineers with Modern Physics(English) 4th 版本 p.460 2.伸縮縫照片引用自雲林縣政府新聞處-公共關係科

  • Unit 3 Thermal Expansion Q&A6:32
  • Unit 4-1 The Ideal Gas Laws and Absolute Temperature8:09

    參考資料:

    1.理想氣體操作程式引用自PhET https://phet.colorado.edu/zh_TW/

  • Unit 4-2 The Ideal Gas Laws and Absolute Temperature15:31

    參考資料:

    1.理想氣體操作程式引用自PhET https://phet.colorado.edu/zh_TW/

  • Unit 5 Distribution of Molecular Speed of a Ideal Gas System7:12

    參考資料:

    1.理想氣體操作程式引用自PhET https://phet.colorado.edu/zh_TW/

  • Unit 6 Heat vs. Work, and Heat Transfer15:25

    參考資料:

    1.Specific Heats 表格引用自Physics for Scientists and Engineers with Modern Physics(English) 4th 版本 p.499 2.Thermal conduction表格引用自Physics for Scientists and Engineers with Modern Physics(English) 4th 版本 p.516 3.熱傳導影片引用自https://www.youtube.com/watch?v=Pp9Ya... 4.操作程式引用自PhEThttps://phet.colorado.edu/zh_TW/

  • Unit 7 Thermal Equilibrium, the Zero Law of Thermodynamics, and The Quasi-Equlib16:35

    參考資料:

    1.理想氣體操作程式引用自PhEThttps://phet.colorado.edu/zh_TW/

  • Unit 7-1 Thermal Equilibrium, and The Quasi-Equlibrium process Q&A2:48
  • Unit 8 The First Law of Thermodynamics14:00
  • Unit 9 First Law and Simple Quasi Equilibrium Processes10:47

    參考資料:

    1.Simple Thermodynamic Processes and the First Law 表格引用自 Physics for Scientists and Engineers with Modern Physics(English) 4th 版本 p.510

  • Unit 9-1 First Law and Simple Quasi Equilibrium Processes Q&A10:13
  • Unit 10-1 Cyclic process of a thermodynamic system and Heat Engine18:16
  • Unit 10-2 Cyclic process of a thermodynamic system and Heat Engine(2)14:17
  • Unit 10-3 Cyclic process of a thermodynamic system and Heat Engine(3)10:47
  • Unit 11 Heat Engine with Isothermal Process25:19
  • Unit 12-1 Adiabatic Process and Canort Cycle18:57
  • Unit 12-2 Canort Cycle27:15
  • Unit 13-1 Specific Heat of Materials and Ideal Gas8:25
  • Unit 13-2 Specific Heat of Real Gas17:02
  • Unit 14-1 Entropy(1)13:36
  • Unit 14-2 Entropy(2)8:13
  • Unit 14-3 Entropy of a Ideal Gas13:44
  • Unit 14-4 Entropy of a Ideal Gas Q&A14:52
  • Unit 15-1 Entropy and Second Law of Thermodynamics19:07
  • Unit 15-2 Entropy and Second Law of Thermodynamics Q&A10:09
  • Unit 16-1-1 Second Law of Thermodynamics18:40
  • Unit 16-1-2 Second Law of Thermodynamics14:40
  • Unit 16-2 Second Law of Thermodynamics Q&A16:11
  • Unit 16-3 Statistical Definition of Entropy and Third Law of Thermodynamics16:57
  • Unit 17-1 Thermodynamics Problem First Law & Ideal Gas - I19:23
  • Unit 17-2 Thermodynamics Problem First Law & Ideal Gas - II22:22
  • Unit 17-3 Thermodynamics Problem First Law & Ideal Gas - III27:10

Requirements

  • 已學習過微積分之理工學院同學

Description

熱力學是研究熱現象中物態轉變和能量轉換規律的學科,本課程主要教授熱力學三大定律,熱機原理及熵的介紹,是科技產業(包含半導體、光電科技、奈米科技、量子技術等)的基礎課程。全課程共有34支影片,內容如下說明:

1. 熱力學應用及其基本概念介紹及重要名詞定義。

2. 能量存在方式說明、熱力學第一定律介紹及應用分析。

3. 純質之熱力性質介紹及能量的傳遞與熱力性質之關係、熱力性質表及圖之查尋及應用。

4. 封閉系統之質能分析。

5. 控制體積之質能分析。

6. 熱力學第二定律介紹及應用分析。

7. 熵的定義及應用說明。

8. 封閉系統及控制體積之可用能分析。

9. 蒸汽動力廠與內燃機之原理及應用說明與分析。

10. 冷凍與空調系統之原理及應用說明與分析。

6. 熱力學第二定律介紹及應用分析。

7. 熵的定義及應用說明。

8. 封閉系統及控制體積之可用能分析。

9. 蒸汽動力廠與內燃機之原理及應用說明與分析。

10. 冷凍與空調系統之原理及應用說明與分析。

參考書目:

  1. Sears and Zemansky’s University Physics, Young and Freedman, 13th edition, Pearson.

  2. Physics for Scientists and Engineers, Giancoli 4th edition, Pearson.

  3. Physics for Scientists and Engineers, Serway Jewett, 6th edition, Thomson.

  4. Fundamentals of Physics, Halliday, Resnick, and Walker, 5th edition, Wiley.

  5. “University Physics” ( Revised edition ) Harris Benson ( John Wiley & Sons Inc. )

Who this course is for:

  • 理工學院學生
  • Polytechnic students