Kinetic and Thermodynamic Precipitation Parameters of the Pb-Sn Solid Solutions

Yu.O. Bondarenko; N.F. Voronina; O.A. Shmatko

doi:10.4028/www.scientific.net/DDF.277.193

Paper Titles

3D Monte Carlo Simulation of Phase Separation Kinetics in a Binary Metallic Alloy with Vacancy Mediated Diffusion: Effect of Initial Supersaturation
p.161

Size-Induced Freezing Effect in Monte-Carlo Simulations of Phase Separation Kinetics in Nanoparticles
p.167

Diffusion during Powder Metallurgy Synthesis of Titanium Alloys
p.177

Composition Fluctuations in the Ostwald Ripening
p.187

Kinetic and Thermodynamic Precipitation Parameters of the Pb-Sn Solid Solutions
p.193

Surface Diffusion in Coadsorbed Layers with Different Mobilities of Adsorbates: (Li +Dy) on Mo(112) and (Li+Sr) on W(112)
p.201

Modelling of the Formation of Pd-Ni Alloy Nanoparticles by Interdiffusion
p.207

Generalization of Fisher Model for Periodically Non-Uniform Grain Boundary
p.213

Reactionary Interaction as the Basis of Occurrence Heterogeneity Diffusion Properties Grain Boundaries in Polycrystalline Silver
p.221

HomeDefect and Diffusion ForumDefect and Diffusion Forum Vol. 277Kinetic and Thermodynamic Precipitation Parameters...

Kinetic and Thermodynamic Precipitation Parameters of the Pb-Sn Solid Solutions

Abstract:

Stages of cellular precipitation for the supersaturated Pb-Sn solid solutions were analyzed. This was done for almost the whole homogeneity interval. Literary heritage as well as the data of the present authors concerning kinetic and thermodynamic parameters of cellular precipitation for these solid solutions were compared and summarized. It was shown that the segregation factor, which characterizes the impurity atoms behavior at the grain boundary, decreases with solid solution supersaturation increase.