课程简介 【课程名称】 中文:材料科学基础(1) 英文:Fundamental of Materials Science (1) 【课程目标】 《材料科学基础(1)》系统而深入地介绍原子结构与键合、晶体学基础、固体材料结构、晶体的塑性变形、晶体缺陷和固体中的扩散等理论知识,突出材料微观结构、制备工艺与宏观性能之间的关系,为学生进一步学习其它专业课程,如X光衍射分析、电子显微分析等提供核心...
材料科学基础(1)
国家级你会科学地描述和分析晶体的结构吗?你知道材料的结构与性能间有什么样的关系吗?你想深切了解缺陷在实际材料中的重要作用吗?你知道扩散工艺对材料结构形成的影响吗?本课程将让你系统而深入地触碰到这些问题的答案,可为从事材料分析、设计与研发工作的你提供坚实的理论基础。
课程简介 【课程名称】 中文:材料科学基础(1) 英文:Fundamental of Materials Science (1) 【课程目标】 《材料科学基础(1)》系统而深入地介绍原子结构与键合、晶体学基础、固体材料结构、晶体的塑性变形、晶体缺陷和固体中的扩散等理论知识,突出材料微观结构、制备工艺与宏观性能之间的关系,为学生进一步学习其它专业课程,如X光衍射分析、电子显微分析等提供核心...
Atomic Structure
Atomic Bonding
Space Lattice
Crystal System & Lattice Types
Crystal Structure and Complex Lattice
Interstices in Typical Crystals of Metals
Indices of Crystal Planes and Directions
Hexagonal Axes for Hexagonal Crystals
Some Important Crystallographic Formulas
Standard Projection
Stacking Mode of Crystals
Some Additional Terminology in Crystallography
Basic concepts of alloys
Factors Affecting the Structure of Alloy Phase
Solid Solution
Superlattice
Application of S.S.
Some Rules Governing the Ionic Compounds
Crystal Structure of Ceramic Materials
Intermetallic Compounds (Intermetallic Phases)
Normal valence compounds or valence compounds
Electron phases/Electron compounds
Size Factor Compounds
Silicates
Summary
Introduction
Slip Systems
Change in Reference Direction & Reference Places during Slip
Slip in Uniaxial Tension and Compression——Rotation of Crystal
Strain Hardening (Work-hardening)
Surface Morphology of Crystal After Slip
Twinning (I) —— Microscopic Aspect
Twinning (II) —— Macroscopic Aspect
Comparison Between Slip and Twinning
Basic Features of The Plastic Deformation of Polycrystals
Introduction
Point defects
Origin of Concept for Dislocation
What’s Dislocation
Burgers Circuit and Burgers Vector
Dislocation in Motion
Starting Force of Dislocation——Peierls-Nabarro (P-N) Stress
Summary —— Properties of Dislocation
The Stress Field Around a Dislocation
Elastic Energy and Line Tension of Dislocation
Forces on Dislocation
Interaction between Dislocation
Interaction between Dislocation and Point Defect
Multiplication of Dislocations
Pile up of Dislocation
Intersection of Dislocations
Dislocations in FCC Crystal
Thompson’s Tetrahedron
Reaction between Dislocation
Simple Applications of Dislocation Theory
Introduction
Fick’s Laws
Steady State Diffusion
Non-Steady-State Diffusion
Concentration Dependence of D
Kirkendall Effect and Partial Diffusion Coefficients
Reaction Diffusion (Diffusion in Multiple Phase Zone)
Defussion Thermodynamics
Diffusion Mechanism
Empirical Rule for Diffusion
978-7-302-24761-6
潘金生 仝健民 田民波.
7-302-02762-5
潘金生 仝健民 田民波
7-111-16999-9
范群成 田民波
理论课(含实验/实践)
专业基础课/技术基础课
64.0
清华大学
工学
材料类
材料科学与工程
材料科学工程专业
39837
29