Book number: 32150 ISBN: 978-7-11-32150-7 Author: Bi Dasen print run: 1- 1. 1 1 1 2 integrated system 1 1 3 complexity and self-organization phenomenon of solid-state phase transition 1 1 4 polymorphism is the root of solid-state phase transition/atom migration in kloc-0/2 solid-state phase transition/kloc-0. Mechanical Analysis/Diffusion of Kloc-0/23 in Real Metals/Proton Migration Mode during Kloc-0/24 Supercooled Austenite Phase Transformation/Thermal Activation Transition of Kloc-0/25 Atoms/Thermodynamic Basis of Kloc-0/3 Solid Phase Transformation/Thermodynamic Classification of Kloc-0/Phase Transformation 1 The energy change in the process of 3 2 phase transformation 8438+0 4 nucleation 1 4+0 5 3 composition change Atomic non-cooperative displacement length 1 6 phase transformation kinetics 1 6 1 nucleation rate 1 6 2 isothermal transformation kinetics 1 6 3 phase transformation kinetics graphic review thinking question No. Analysis of Austenite 2 1 Austenite 2 1 Austenite 2 1 Austenite 2 1 Austenite Crystal Structure 2 1 3 Austenite Composition Heterogeneity 2 21 Thermodynamic conditions of austenite formation 2 2 2 Austenite nucleation 2 2 2 3 Crystal growth of austenite 2 2 4 Dissolution of cementite and relative homogenization of austenite composition 2 2 5 Formation of acicular austenite and spherical austenite 2 3 Kinetics of isothermal formation of austenite 231* * Kinetics of isothermal formation of austenitic carbon steel 2 3 2 Subcarburized steel * * * Isothermal TTA Figure 2 3 3 TTA of austenite formed during continuous heating Figure 2 3 4 Nucleation rate and growth rate of austenite Figure 2 3 5 Factors affecting austenite formation rate 2 4 1 austenite grain growth phenomenon 2 4 2 Austenite grain growth mechanism 2 4 3 Hard phase particles hinder the movement of austenite grain boundaries. Dynamics 2 4 4 Factors Affecting the Growth of Austenite Grain 2 4 5 Hereditary Review of Austenite Grain-coarseness Thinking Problems Reference Contents of Solid Phase Change Chapter 3 * * Decomposition and Morphology and Physical Essence of Pearlite 3 1 Microstructure and Morphology of Pearlite 3 1 2 Interlayer Spacing of Pearlite 3 1 3 Physical Essence and Definition of Pearlite 3 2*** Decomposition Mechanism 3 2 1 Nucleation Mechanism of Decomposition Thermodynamics of Undercooled Austenite 3 2 Pearlite 3 2 3 Pearlite Nucleus Growth 3 2 4 The formation of granular pearlite in steel 3 24 3 * * * A special form of precipitation 3 3 1 Thermodynamic conditions of interphase precipitation 3 3 2 Microstructure and morphology of interphase precipitation 3 3 3 3 Precipitation mechanism 3 4 Decomposition kinetics of undercooled austenite 3 4 1 Nucleation rate and growth rate 3 4 2 Isothermal transformation of undercooled austenite C curve 3 4 3 TTT Figure 3 4 4 Continuous cooling transformation Figure 3 4 5 Dynamic internal factors affecting pearlite transformation 355 Pearlite surface relief and its reasons 3551Pearlite surface relief 3 5 2 reasons. Review of Thinking Problems and References Chapter IV Basic Characteristics of Martensite Transformation and Martensite Transformation 4 1 Characteristics of Martensite Transformation 4 1 Definition of Martensite 4 1 Classification of Martensite Transformation 4 2 1 Classification of Martensite Transformation 4 2 Classification of Martensite Transformation Dynamics. Thermodynamics of Martensite Transformation in 4 2 3 Surface Martensite 4 31Fe C Alloy 4 3 2 Physical Essence and Microstructure of Martensite 4 4 1 Physical Essence of Steel Martensite 4 4 2 Body-centered Cubic Martensite (WC