Model of Lateral Growth Stage during Reactive Phase Formation

Mykola Pasichnyy; Andriy Gusak

doi:10.4028/www.scientific.net/DDF.277.47

Paper Titles

Theoretical Analysis and Atomistic Modelling of Diffusion and Stability of Pure Element Hollow Nanospheres and Nanotubes
p.21

Effect of Substrate Temperature on the Different Diffuseness of Subsequent Interfaces in Binary Multilayers
p.27

Modeling of Diffusion Saturation of (α + β) Titanium Alloys by Nitrogen in the Rarefied Medium
p.33

Suppression Criterion of the Phase Growth Based on Extremal Principles of Nonequilibrium Thermodynamics
p.39

Model of Lateral Growth Stage during Reactive Phase Formation
p.47

Coupling of Electromigration and Non-Equilibrium Vacancies in Reactive Phase Growth
p.53

Mechano-Chemistry; Interdiffusion in Solid Solutions
p.61

Models of Mutual Solubility Increasing under the Pulse Loading
p.69

Cluster Dynamics Simulation of Reactor Pressure Vessel Steels under Irradiation
p.75

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Model of Lateral Growth Stage during Reactive Phase Formation

Abstract:

Lateral growth of intermediate phase during reactive diffusion was analyzed. Proposed model is based on the assumption that the main driving force of the lateral growth process is the chemical one (proportional to composition gradient along the interface). Asymmetric case of phase formation taking into account the curvature of all three interfaces at the triple joint is considered.