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According to the theory of Olson and Cohen [23], the deformation-induced hexagonal domains are formed by the arrangement of stacking faults, resulting from the dissociation of perfect dislocations, into two partials on every second {111} plane. The separation between the Leading Partial Dislocations (LPDs) and the Trailing Partial Dislocations (TPDs) can be altered by local or external applied stresses: a typical equilibrium separation of ~10 nm can increase up to ~1 μm [24]. 发自小木虫Android客户端 |
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