… here is facilitated by a set of {112} planes displaced in the twinning and antitwinning direction.
… of twinning-dominated deformation in nanoscale body-centred cubic tungsten. Nat. Mater. …

… have been observed in tungsten specimens after heating by … a 3 < 111 > anti-twinning partial
dislocation with much larger … by the FIB-extracted nanoscale sample is much larger than its …

… –anti-twinning asymmetry known for {112} planes (17) or to a shear in a positive or
negative sense on other planes (Fig. 5B), also takes on a probabilistic nature. Slip in the anti-twinning …

… further increase the DBTT, lead to nanoscale gas pores concentrated at the grain boundary,
… -compression asymmetry and the twinning anti-twinning asymmetry. More details and the …

… BCC tungsten after macroscopic plastic deformation is particularly important. In the present
work, by directly deforming 3-mm tungsten transmission … Anti-twinning in nanoscale tungsten …

… for investigating the mechanical behaviors of nanoscale tungsten (W) at elevated temperature.
… by twinning when stretched along a <110>-anti-twinning direction (Figure 2.9), which was …

… Anti-twinning in nanoscale tungsten. Sci. Adv. … Orientation effect on twin formation mechanisms
of tungsten under uniaxial tension/compression. Mater Today Commun 2023, 36, 106790 …

… In bcc tungsten crystals, Wang et al. [22] found that anti-twinning occurred with diameters of
nanowires less than 20 nm and the transition from dislocation slip to anti-twinning was due to …

… Dislocation nucleation beyond λ ≥ 0.5 is observed because large shear in the twinning
direction is equivalent to shearing in the anti-twinning sense. While the structures are not …

… the growth of twins in Tungsten bicrystals explaining multi-… Nanoscale sized grains can also
promote the transition from … by a partial dislocation in the anti-twinning direction and would …