Structure and Thermal Transformations of Hydrated Magnesium Silicates
p.708
p.708
Heat and Mass Transfer Made Visible
p.713
p.713
The Influence of Phase Dispersion of Sulfide Alloys on their Electrochemical Properties
p.719
p.719
Influence of Geometry on the Position and the Intensity of Maximum Kinetic Energy in a Combustion Chamber
p.725
p.725
An Overview of the Diffusion Studies in the V-Si System
p.731
p.731
Nutrients and Metabolic Secretions Transfer in Cornea
p.737
p.737
Structural, Mechanical and Magnetic Properties of Mechanically Alloyed Fe40Co60 Powders
p.743
p.743
New Use Heat Transfer Theories for the Design of Heat Setting Machines for Precise Post-Treatment of Dyed Fabrics
p.748
p.748
Diffusion of Particles Adsorbed on a Dynamically Disordered Reconstructive Surface
p.752
p.752
An Overview of the Diffusion Studies in the V-Si System
Abstract:
The diffusion study in the V-Si system is reviewed. We show that the indirect method used previously to determine the diffusion parameters draws unnecessary error. Rather the method developed by Wagner should be used to calculate the diffusion parameters directly from the composition profile.
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Info:
Periodical:
Defect and Diffusion Forum (Volumes 312-315)
Pages:
731-736
Citation:
Online since:
April 2011
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