… heat dissipation in SP-CSAs. The chemical disorder also has a significant impact on defect
evolution … The insights into defect dynamics may provide a basis for understanding elemental …

… influences of energy dissipation and defect energetics on defect production and … of energy
dissipation and defect evolution resulting from individual radiation events to encourage defect …

… work on the early stages of defect dynamics in simple lattice structure … intrinsic properties,
energy dissipation and defect evolution. … of energy dissipation is a key to affect defect evolution. …

… show that defect evolution in SiC closely depends on the electronic-to-nuclear energy loss
… range of ions in the present study, the radial distribution of electronic energy dissipation and …

… This study bridges the knowledge gap between energy dissipation and defect evolution,
and contributes to understand when the electronic effects need to be accounted for or removed …

… In recent years, ion beams have been also used as a powerful tool to reveal the effects of
coupled electronic and nuclear energy dissipations on nonequilibrium defect evolution …

… The final number of defects produced in a cascade is an important parameter for … of defect
evolution with microstructures. The previous simulations26 showed that the number of defects …

… of defect evolution … by Energy Dissipation to Defect Evolution (EDDE), an Energy Frontier
Research Center funded by the US Department of Energy, Office of Science, Basic Energy …

… problem formulation The problem set forth is to analyze the energy dissipated in the sliding
of metallic bodies over each other using an entropy-based system evolution principle. Plastic …

… In attempt to obtain an understanding of the radiation-defects’ behaviour in course of
formation of nanoscale modulated dissipative structures, in this paper, the numerical calculations …