High Temperature Oxidation and Corrosion of MetalsElsevier, 06.08.2008 - 592 Seiten This book is concerned with providing a fundamental basis for understanding the alloy-gas oxidation and corrosion reactions observed in practice and in the laboratory. Starting with a review of the enabling thermodynamic and kinetic theory, it analyzes reacting systems of increasing complexity. It considers in turn corrosion of a pure metal by a single oxidant and by multi-oxidant gases, followed by corrosion of alloys producing a single oxide then multiple reaction products. The concept of “diffusion paths is used in describing the distribution of products in reacting systems, and diffusion data is used to predict reaction rates whenever possible.
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Inhalt
Chapter 3 Oxidation of Pure Metals | 81 |
Chapter 4 Mixed Gas Corrosion of Pure Metals | 139 |
Single Phase Scales | 185 |
Internal Oxidation | 247 |
Multiphase Scales | 315 |
Chapter 8 Corrosion by Sulfur | 361 |
397 | |
Chapter 10 Effects of Water Vapour on Oxidation | 455 |
Chapter 11 Cyclic Oxidation | 497 |
Chapter 12 Alloy Design | 533 |
Appendix A High Temperature Alloys | 549 |
Appendix B Cation Diffusion Kinetics in IonicSolids | 553 |
Appendix C The Error Function | 561 |
565 | |
567 | |
Andere Ausgaben - Alle anzeigen
High Temperature Oxidation and Corrosion of Metals, Band 1 David John Young Eingeschränkte Leseprobe - 2008 |
Häufige Begriffe und Wortgruppen
activity addition alloy alumina aluminium apply approximately calculated carbide carbon carburization chemical chromia chromium coefficient component composition concentration considered constant containing continuous controlled corresponding corrosion cycle D.J. Young decrease defect dependence described developed diagram diffusion discussed dusting effect Electrochem energy Equation equilibrium example experimental external flux formation gases grain boundaries grow growth High Temperature higher important increase interface internal oxidation iron kinetics lattice layer leads levels lower mass materials measured mechanism metal mixtures necessary nickel observed occur oxide scale oxygen parabolic partial permission phase possible potential precipitation predicted pressure protective pure rapid reaction reason region resistance result scale growth seen showed shown in Figure solid solution spallation species stable steel sulfide sulfur surface Table thermodynamic transport vacancies volume Wagner zone