… in pure nickel, where interstitials migrate much faster than … defect mobility and altered
migration paths on a modified energy landscape, resulting from alloy complexity, can modify defect …

… defect structures in GBs and their migration pathways and associated energetics. Next, we
will investigate the evolution and migration … examine the evolution and migration of GBs under …

… Our results suggest that an important factor is how defects migrate within the various GBs. …
AKMC simulations to anneal defect structures and identify migration pathways of the lowest …

… the defects, doping behaviour and sodium migration paths in Na 2 MnSiO 4 . The most favourable
intrinsic defect type is the cation anti-site (0.44 eV/defect… most favourable defect energy …

… In this section we focus on the abundance of mobile intrinsic defects and their hierarchical
… most relevant migration paths for the two interstitials. Examples for these paths are sketched …

… have been interpreted in terms of mobile interstitial atoms.An ab … pathway with the lowest
total activation energy is for vacancy migration, due to the low formation energy of this defect…

… We believe that this work, identifying the mobile species in perovskite solar cells, their migration
… Note that due to the proposed pathways, we reasonably assign a comparable migration …

… To test this hypothesis and estimate the mobility and charge of migrating point defects,
we formulated a Monte Carlo framework incorporating both drift and diffusion of charged …

… For example, point defects in graphene and MoS 2 sheets show certain mobility parallel to
… 2 (a) and (b) are the calculated minimum energy pathways of SW1 defects migrating along …

… Here we show that the activation energy for Li migration via … favourable intrinsic defect type
is Li Frenkel (0.44 eV/defect) … the defect chemistry and Li ion migration pathways together with …