Crystal structure of 1.2 metal
Phase structure of 1.3 alloy
Defects of 1.4 metal crystal
Exercise 2. 1 metal crystallization phenomenon
2.2 Thermodynamic conditions of metal crystallization
2.3 Structural conditions of metal crystallization
2.4 Formation of Nuclei
2.5 crystal nucleus growth
Exercise 3. Establishment of1binary alloy phase diagram
3.2 Homogeneous Diagram and Solid Solution Crystallization
3.3 *** Crystallization Phase Diagram and Crystallization of Its Alloys
3.4 Peritectic phase diagram and crystallization of its alloy
3.5 Other types of binary alloy phase diagrams
3.6 Analysis and Use of Binary Phase Diagram
3.7 Microstructure and Defects of Ingot
Exercise 4. Composition and Basic Phase of1Fe-C Alloy
4.2 Fe~Fe3C phase diagram analysis
4.3 Equilibrium Crystallization Process and Microstructure of Fe-C Alloy
4.4 Effect of Carbon Content on Equilibrium Microstructure and Properties of Fe-C Alloy
4.5 Impurity Elements and Ingot Structure in Steel
Exercise 5. Representation of1ternary alloy phase diagram
5.2 Quantitative Rules for Equilibrium Phase of Ternary System
5.3 ternary homogeneous diagram
5.4 Ternary Crystal Phase Diagram of Solid Completely Insoluble Components
5.5 Example Analysis of Ternary Alloy Phase Diagram
Exercise 6. 1 Deformation characteristics of metals
6.2 Plastic Deformation of Single Crystal
6.3 Plastic Deformation of Polycrystalline
6.4 Effect of Plastic Deformation on Microstructure and Properties of Metals
6.5 Recovery and recrystallization of cold deformed metals
6.6 Hot working of metal
6.7 Superplasticity
Exercise 7. 1 Overview
7.2 Transformation of steel during heating
7.3 supercooled austenite transformation curve of steel
7.4 pearlite transformation
7.5 Martensite Transformation
7.6 bainite transformation
Exercise 8. Tempering transformation of1steel
8.2 alloy aging
8.3 amplitude modulation decomposition
Exercise 9. 1 Annealing and Normalizing of Steel
9.2 steel quenching
9.3 Hardenability of Steel
9.4 Tempering of Steel
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