
Diffusion, segregation and solid-state phase transformations
Description
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Persons
Professeur émérite à l'Université de Rouen, nommé à l'IUF en 1992 et 2006, 250 articles, 130 conférences ou séminaires invités, co-inventeur de la sonde atomique tomographique (1993), médaille d'argent du CNRS en 2000, directeur du Groupe de physique des matériaux 2003-2011, Chevalier de l'ordre du mérite en 2010, Président de la Société Française des Microscopies 2014, fellow award de l'International Field Emission Society society 2015.
Content
- Intro
- Diffusion, Segregation and Solid-State Phase Transformations
- Preface
- Contents
- Thermodynamics of Equilibria and Phase Diagrams
- Course Reminders
- Precipitation and Chemical Ordering
- Thermodynamic Functions and Potentials
- Binary Equilibria: Ideal and Regular Solid Solutions
- The Critical Transition Theory and the Landau Theory
- Problems
- Equilibrium Vacancy Concentration
- Intergranular Segregation
- Phase Diagrams and Regular Solution
- Order-Disorder Transformations and Bragg-Williams Theory
- Ordering in FCCs and Landau's Theory
- Ordering in BCCs and Landau's Theory
- Diffusion and Transport in Solids
- Course Reminders
- Diffusion at the Atomic Scale
- Fick's Two Laws
- Hetero-Diffusion, Kirkendall Effect
- Diffusion Short Circuits: Influence of Defects
- Driven Diffusion in a Force Field
- Problems
- Fundamental Mechanisms of Diffusion - Einstein's Equation
- Elementary Mechanisms and Self-Diffusion
- Diffusion in CuAl Alloys
- Surface Hardening by Cementation
- Diffusion in Thin Sandwich Films
- Kirkendall Effect and Diffusion in CuZn
- Short-Circuits of Diffusion: Grain Boundaries and Dislocations
- Driven Diffusion in a Force Field and Spinodal Decomposition
- A New Fick Law According to Howe
- Driven Diffusion in a Force Field: Application to Nabarro-Herring Creep
- Driven Diffusion of Impurities in a Force Field, the Formation of Cottrell Atmospheres
- Diffusion in Semiconductors: The Generation of an Internal Nernst Field
- Driven Diffusion in a Force Field: Oxidation of Nickel
- Kinetics of Formation of a New Phase
- Course Reminder
- Continuous and Discontinuous Precipitation
- Instability and Metastability
- Homogeneous Nucleation
- Heterogeneous Nucleation
- Nucleation of Metastable Phases
- Growth
- The Spinodal Decomposition
- Coarsening
- Overall Kinetics
- Problems
- Eutectoid Transformations
- Nucleation of Precipitates in Ni-Al Alloys
- Nucleation and Growth of Precipitates in Dilute Cu-Co Alloys
- Heterogeneous Nucleation of Precipitates in AlCu
- Deal and Grove's Growth Law of a Spherical Precipitate
- Growth of an Oxide Film on Surface, Deal and Grove's Law
- Growth and Coarsening of Spherical Precipitates
- Coarsening in NiAl Superalloys
- Zener's Model for the Growth of a Precipitate with Incoherent Planar Interfaces
- The Spinodal Decomposition
- Zeldovich's Kinetic Theory of Nucleation and Incubation Time
- Capture Coefficient, Nucleation Flux and Incubation Time
- Constants
- References
- Index
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