… Plastic deformation of body-centered cubic (bcc) metals at … in bcc niobium (Nb) nanowires.
The remarkable superplasticity is … In another study of bcc tungsten, most deformation twins …

… oriented preferentially for deformation twinning and dislocation … micropillars oriented for
deformation twinning does not involve … Deformation twinning induces higher flow stresses and a …

… Unlike deformation twinning, which always causes a high stress concentration at the
surface of the NW [85], full and extended dislocations can escape to the free surface of the NW …

… competition in BCC and face-centered cubic (FCC) metals. Low … ) in ultrathin BCC-Fe
nanowires at which twin to slip transition has … Deformation twinning in nanocrystalline materials …

… -based nanowires/nanobelts [7], bicrystals in silver nanowires [8], … , silver and gold nanowires
[10], deformation twinning in … in face-centred-cubic (FCC) and diamond cubic materials, eg […

… [6] reported that tungsten nanowire arrays with body centered cubic (bcc) structure can be
used as mechanical energy storage devices and achieve efficiency more than 98%. Xu et al. [7…

… The bitwinned nanowires are constructed along the ⟨112⟩ direction and deformed at room
… Deformation twinning in nanocrystalline copper at room temperature and low strain rate. …

… This first MEMS was in the form of a tungsten cantilever serving as a gate in a field-effect … is
reported from ordinary dislocation plasticity to deformation twinning. This transition is linked to …

… deformation twinning, which normally occurs in hexagonal close-packed (hcp) as well as
body-centered cubic (bcc) /face-centered cubic(… sample touched by the tungsten indenter. The …

… 1ac)[17] and due to computational limits, the structure of the silver particle on copper
nanowires is represented by the 8.0 nm thick copper nanowire and the Ag particle with varying …