Materials Science & Technology

Log in

Advanced Search

Paper Titles

Role of Fast Diffusion Paths in the Initial Stages of Oxidation of High Temperature Chromium-Steels, p.3
Coupling between Diffusion, Stress Field and Chemical Reaction in a Metal-Gas Oxidation, p.9
Formation of Extremely Protective Diffusion-Barrier Scales on Novel Al-Refractory Metal Alloys during High Temperature Sulfidation, p.17
Interdiffusion in Oxidized Multicomponent Alloys, p.23
On the Defect Mobility in Niobium Disulphide, p.29
Chemical Transport of Mg and Al in Thin Foils of Nickel Alloys, p.35
Transport of Oxygen in the Scales Growing on Nickel and Cobalt in SO₂ Atmosphere, p.41
New Microthermogravimetric Apparatus for Studying the Kinetics of Chemical Diffusion in Nonstoichiometric Metal Sulphides, p.47
Computer Simulations of Heterogeneous Reactions Controlled by Diffusion in Modified Aluminide Coatings on a Nickel-Based Superalloy, p.53

Home > Solid State Phenomena > Diffusion and Reactions > Coupling between Diffusion, Stress Field and...

Paper Title:

Coupling between Diffusion, Stress Field and Chemical Reaction in a Metal-Gas Oxidation

Periodical	Solid State Phenomena (Volume 72)
Main Theme	Diffusion and Reactions
Edited by	M. Danielewski
Pages	9-16
DOI	10.4028/www.scientific.net/SSP.72.9
Citation	Isabelle Sallès-Desvignes et al., 2000, Solid State Phenomena, 72, 9
Authors	Isabelle Sallès-Desvignes, Gilles Bertrand, Tony Montesin, Jérôme Favergeon
Keywords	High Temperature, Metal/Oxide Interface, Modeling of Oxidation Kinetics, Stress/Diffusion Coupling, Zirconium
Price	US$ 28,-

Article Preview

View full size