Vi. Nikitenko et al., DISLOCATION-POINT DEFECTS INTERACTION IN SEMICONDUCTORS AND KINK MOBILITY, Materials science & engineering. A, Structural materials: properties, microstructure and processing, 164(1-2), 1993, pp. 346-349
The results are presented of an experimental study of the mobility of
individual dislocations in silicon single crystals under a periodic tw
o-level loading. The loadings have been employed to study a mean dista
nce covered by dislocations as a function of load pulse duration and i
ntervals between them at different shear stress levels. A description
of the experimental data obtained for the kink migration in the field
of random force has been examined. The qualitative agreement of the ex
perimental data with calculations is shown.