… Recombination of Frenkel defects is an important process that … , the recombination mechanisms
of Frenkel defects in face-centered cubic Ni and Ni‒containing solid‒solution alloys are …

… [ 13 ] Yet, these solutions leave the underlying question unanswered: what is the physical …
i) Defects recombination due to the instability of V I and I i under low hole concentration. …

… , and Ni 0.8 Cr 0.2 solid solution alloys. We find that irradiation-… here that the defect formation
and recombination during the … Ni Frenkel pairs in higher Ni composition Ni 0.8 Fe 0.2 alloy …

… from traditional alloys, recently developed single-phase concentrated solid-solution alloys
(CSAs) … While it is well recognized in traditional alloys that minor additions lead to enhanced …

… predictions derived from solutions of rate equations [20] and … the spontaneous recombination
of Frenkel defects produced … itssumption that close pair Frenkel defects are stabilized by Ag …

… : (100)-split interstitials recombine with vacancies after irradiation in … of various types of
correlated Frenkel defects, namely to … solutions of these rate equations are mathematical solutions …

… In this work, we simulated the recombination of Frenkel pairs in six FCC (nickel, copper,
silver, gold, palladium, and platinum) and one BCC (iron) structures using the kinetic activation-…

… estimating the Frenkel-pair resistivity pF in the 16-45 alloy. … defect clustering within cascades,
which would lead to smaller apparent recombination volumes for neutron-irradiated alloys. …

… A comparison of the number of Frenkel pairs produced in nickel and NiFe is shown in (g). …
free paths and dissipation mechanisms to affect defect production and recombination. Extreme …

… a stable pair of Frenkel defects in the perfect crystal. … alloys, restrains defects diffusing far
away in the overlapping cascades and further enhances recombination among near-by Frankel …