Irradiation creates excess point defects in materials (vacancies and self-interstitial atoms),
which can be eliminated by mutual recombination, clustering, or annihilation of preexisting …

This work presents a detailed analysis of the diffusion fluxes near and at grain boundaries of
irradiated Fe–Cr–Ni alloys, induced by preferential atom-vacancy and atom-interstitial …

We present a quantitative phase-field modeling of radiation-induced segregation in Fe–Cr
alloys. The evolution of chemical and point defect concentration fields are described by an …

Radiation-induced segregation is a phenomenon commonly observed in many alloys which
consists of the redistribution of elements (solute or interstitial impurities) under irradiation …

Abstract We derive an Ising Hamiltonian for kinetic simulations involving interstitial and
vacancy defects in binary alloys. Our model, which we term'ABVI', incorporates solute …

In this study, we simulate the radiation-induced phase transition in the binary alloy
employing the modified Cahn–Hilliard (CH) equation that accounts for the process of …

Nickel mono-silicide (NiSi) is considered as a promising material for developing low
resistance contacts in complementary metal-oxide-semiconductor technology. In the present …

The purpose of this thesis is to broaden the tools and knowledge available for
understanding the behavior of metals under irradiation to aid in the pursuit of advanced …

Nuclear fusion energy is a promising future energy source. However, there are still many
challenges that are under studying. One big difficulty comes from material engineering: the …