… anti-twinning deformation, previously thought impossible, in nanoscale body-centered cubic
(BCC) tungsten … -twins in tungsten nanowires with diameters less than about 20 nm. During …

… By carefully examining the atomic motion in the MD results during the anti-twinning process,
we found for the first time that the anti-twinning is not a … Anti-twinning in nanoscale tungsten …

… The ultrahigh stress in nanoscale BCC metals also realized the antitwinning deformation (…
and anti-twinning. On the other hand, the discrete twinning dynamics in nanoscale BCC metals…

… anti-twinning dislocation glide direction and to the strong dependence of the critical resolved
shear stress on the non-glide applied stress tensor components [3], [23]. The slope of Ta in …

… Nanoporous metals, also known as metallic nanofoams, offer a wide range of functionalities
and improved mechanical properties enabled by nanoscale effects. In particular, tungsten …

… /anti-twinning asymmetry, we repeat calculations of the Peierls stress using the six model
configurations. The twinning/anti-twinning … In contrast, the anti-twinning direction requires the …

… All twinning bands are formed by atomic slip along ordinary twinning direction, but all
dislocations are nucleated by atomic slip along anti-twinning … Anti-twinning in nanoscale tungsten …

… ) would be sheared in the anti-twinning direction, we have here the direct proof of a much
easier slip in the twinning direction, ie a strong twinning-anti-twinning asymmetry, at the scale …

… Besides, in the [100]-compressed Nb single crystals (an anti-twinning loading for ordinary
dislocation slip), we also observed the PT-mediated … Anti-twinning in nanoscale tungsten …

… partly because of the experimental challenges associated with the measurement of the
mechanical properties of materials at the nanoscale [13,17]. … Anti-twinning in nanoscale tungsten …