Growth Mechanism vs Matter Transport in Thermally Growing Oxides on High Temperature Materials: A Brief Survey Based on the Case Study of Alumina Formers

Jerzy Jedlinski

doi:10.4028/www.scientific.net/DDF.289-292.385

Paper Titles

Formation of Amorphous Graded Structure in Bi₃Pb₇ Intermetallic Compounds under Strong Gravitational Field
p.357

Triple-Defect B2 Binary Intermetallics: Bragg-Williams Solution and Monte Carlo Simulations
p.361

Characterization of Intermetallic Layer with Nanoresolution Using X-Ray Standing Wave Technique
p.369

Diffusion of Titanium and Nickel in B2 NiTi
p.377

Growth Mechanism vs Matter Transport in Thermally Growing Oxides on High Temperature Materials: A Brief Survey Based on the Case Study of Alumina Formers
p.385

Characterisation of the Oxide/Metal Interface of Fluorine Treated Titanium Aluminides
p.397

Diffusion of Oxygen in Thermally Grown Oxide Scales
p.405

Evaluation of Si Coating on Ferritic Steels by CVD-FBR Technology in Steam Oxidation
p.413

Graded Nitrogen Ingress in FCC Metallic Structures and the Related Microstructures and High Temperature Oxidation Behaviour
p.421

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Growth Mechanism vs Matter Transport in Thermally Growing Oxides on High Temperature Materials: A Brief Survey Based on the Case Study of Alumina Formers

Abstract:

This paper reviews briefly the relationship between the growth mechanism and matter transport using as an example the best currently applied metallic materials being alumina formers. The attention is paid to the experimental approach as well as to the interpretation procedure of experimental results. The scale structure, microstructure, morphology and phase composition are indicated as factors strongly affecting its growth mechanism. The attempt is made to elucidate the possible relationships between the obtained experimental results and actual scale growth mechanisms operating during oxidation exposures.