2 項進行中

115-1 選課時程

進行中

  • 初選第一階段 6/15 – 6/18
  • 初選第二階段 6/22 – 6/25
  • 校際選修 進行中 8/24 – 9/18
  • 初選第三階段 8/31 – 9/3
  • 開學後加退選 進行中 9/7 – 9/21
  • 逾期加退選 9/21 – 9/24
選課資源

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能源與材料熱力學

Thermodynamics of Energy and Materials

學期
110-1
學分
0 學分
當期課號
5141
永久課號
IPS5133
開課單位
光電系統研究所
授課教師
崔容滿
校區
歸仁
類別
選修
上課時間表
週三
5
13:20–14:10
能源與材料熱力學
CM212(歸仁)
3 節連堂
6
14:20–15:10
7
15:30–16:20

* 根據陽明交大上課時間表所列

概述

The course provides students a fundamental understanding of thermodynamics in materials and energy applications. It mainly consists of the thermodynamics laws, a variety of conditions for equilibrium, surfaces, and adsorption. Phase diagrams will be discussed in detail for complex multi-component materials, and the thermodynamics approaches are applied to investigate the phase reactions in metals, ceramics, polymers, and composites. Both scientific and practical modeling approaches will be introduced in gases, liquids, and solids. Upon completion of this course, students are able (1) to apply thermodynamics to a quantitative description of phase stability to complex multi-component phases, (2) to grasp new trends in thermodynamic data of crucial materials in energy applications, (3) to understand computational methods to calculate thermodynamic data from first-principles calculations, and (4) to utilize a process modeling by applying thermodynamic tools in practical approaches.

先修科目

Advanced knowledge of engineering and science; Lectures will be taught in English.

備註

無備註

教學方式

Lecture slides will not be posted online.

評分方式

Students are required to attend the scheduled lectures. Homework assignments, weekly homework presentations, exams, and a term project are based on practically applicable concepts. Grade method: Discussion and participation in class: 5% Presentation of homework assignments and lab reports: 30% In-class midterm exam: 25% Term project (presentation and report): 40% Total: 100%

課程大綱

教師未提供此項資料

週次計畫
週次主題
第 1 週

Introduction to nanomaterials in energy applications

1st week
第 2 週

Thermodynamic foundations

2nd week
第 3 週

Single-component systems

3rd week
第 4 週

Solution thermodynamics

4th week
第 5 週

Phase diagrams

5th week
第 6 週

Phase stability

6th week
第 7 週

Surfaces, interfaces, and adsorption

7th week
第 8 週

Trends in enthalpy of formation

8th week
第 9 週

Mid-term exam

9th week
第 10 週

Heat capacity and entropy

10th week
第 11 週

Atomistic solution models

11th week
第 12 週

Experimental thermodynamics

12th week
第 13 週

Thermodynamics and process modeling

13th week
第 14 週

Thermodynamics and materials modeling for semiconductors (1)

14th week
第 15 週

Thermodynamics and materials modeling for semiconductors (2)

15th week
第 16 週

Thermodynamics and exergy analysis for semiconductors

16th week
第 17 週

Thermodynamics and semiconductors

17th week
第 18 週

Presentation and submission of a term-project report

18th week
教科書

Text books are not required.

Office Hours
地點
Office
時間
TBA
聯絡方式
E-mail