相變化

教學大綱(Syllabus)-研究所

課程編碼   (course no.)

M014

學分    (credits)

3 

課程名稱

(course name)

()  相變化 

(Eng.) Phase Transformation 

開課系所班級

(dept. & year)

材料科學與工程學系碩士班

(Dept. of Mat. Sci. & Eng., Master)

授課教師

(teacher)

張守一 教授

(Shou-Yi Chang,  Professor)

課程類別

(course type)

選修

(Elective)

授課語言

(language)

中文

(Chinese)

開課學期

(semester)

上學期

(Fall)

課程簡述

 (course description)

() 本課程講述瞭解相變化的熱力學理論、晶體化學與結晶學、界面結構、以及動力學理論,並針對相的孕核與成長機制、凝固之相變化機制、以及包括離相分解及麻田散等特殊之相變化型態加以介紹說明。本課程之目的在使學生能建立相變化基本知識,可進一步將研究中所觀察之相變化行為與理論機制加以結合。此課程為以課堂授課為主,並針對相關內容進行期中及期末評量。 

(Eng.) This course introduces the thermodynamics, crystal chemistry and crystallography, interfaces, and kinetics of phase transformation. The nucleation and growth mechanisms, phase transition during solidification, and some special types of phase transformation including Spinodal Deposition and Martensitic transformation are also stated. The objective of this course is to establish the fundamental knowledge of phase transformation for the students and to further connect the observed phase transformation behavior to the theoretical mechanisms in researches. This course is a lecture-oriented course and has midterm and final examinations as evaluation. 

課程目標

 (course objectives)

()

1. 瞭解相變化的熱力學理論

2. 瞭解相變化的晶體化學與結晶學

3. 瞭解相變化的界面結構

4. 瞭解相變化的動力學理論

5. 瞭解相的孕核與成長機制

6. 瞭解凝固之相變化機制

7. 瞭解特殊之相變化型態

8. 培養學生解決問題的能力

9. 培養學生收集資料的能力 

(Eng.)

1. To understand thermodynamics of phase transformation

2. To understand crystal chemistry and crystallography of phase transformation

3. To understand interface structures of phase transformation

4. To understand kinetics of phase transformation

5. To understand nucleation and growth of phases

6. To understand phase transformation of solidification

7. To understand the types of phase transformation

8. To cultivate the capability of problem solving

9. To cultivate the capability of information collection 

先修課程(prerequisites) 

課程編碼

(course no.)

課程名稱

(course name)

與課程銜接的重要概念、原理與技能

(relation to the current course) 

 

 

  

 

 

  

教學模式

(teaching methodology)

模式

(methodology)

講授

(teaching)

討論/報告

(discussion & report)

實驗/參訪

(exp./fab visit)

遠距/網路教學

(remote/web teaching)

合計

(sum)

學分分配

(credit distrib.)

3

0

0

0

3

授課時數分配

(hour distrib.)

3

0

0

0

3

授課進度與內容(週次、單元名稱與內容、習作/考試進度、備註)

(course content and homework/tests schedule)

週次

(week)

單元名稱與內容

(subject and content)

習作/考試進度

(homework and tests)

備註

(remark)

01

Introduction

 

 

02

Thermodynamics – Phase Equilibrium

 

 

03

Thermodynamics – Phase rule

 

 

04

Crystal Chemistry

 

 

05

Crystallography

 

 

06

Interfaces – Structures

 

 

07

Interfaces – Interface Equilibrium

 

 

08

Kinetics

 

 

09

Midterm Examination

Midterm Examination

 

10

Nucleation – Homogeneous

 

 

11

Nucleation – Heterogeneous

 

 

12

Growth – Single Systems

 

 

13

Growth – Binary Systems

 

 

14

Liquid-Solid Phase Transformation

 

 

15

Spinodal Decomposition

 

 

16

Martensitic Transformation

 

 

17

Deposition of Thin Films

 

 

18

Final Examination

Final Examination

 

學習評量方式

(evaluation)

 

(1) Midterm Examination: 50%

(2) Final Examination: 50%

 

期中考試Midterm Examination):

期中考試之目的主要在於評量學生對課堂講授資料的了解程度,培養同學課後複習的習慣以及思考問題的能力,並且作為課程內容調整之依據。

 

期末考試Final Examination):

期末考試之目的主要在於評量學生對課堂講授資料的了解程度,培養同學課後複習的習慣以及思考問題的能力,並且作為課程內容調整之依據。

 

教科書(書名、作者、書局、代理商、說明)

(textbook)

 

1.      “Phase Transformations in Metals and Alloys”, D.A. Porter and K.E. Easterling, Van Nonstrand Renold Co., 1981

 

參考書目(書名、作者、書局、代理商、說明)

(other references)

 

1.      “Phase Transformations in Materials”, A.K. Jena and M.C. Chaturvedi, Prentice- Hall Inc., 1992.

2.      “Phase Transitions in Solid”, C.N.R. Rao and K.J. Rao, Magraw-Hill, 1978.

 

課程教材(教師個人網址請列在本校內之網址。)

(teaching aids & teacher's website)

 

Scripts

http://web.nchu.edu.tw/~shouyi/