… the strength of body-centered cubic (BCC) tungsten (W). [1–11]-oriented W nanowires with
(121) twin … on single-crystal and twinned W nanowires. The fracture strength of the twinned W …

… In this study, we investigate the deformation of [112]-oriented BCC tungsten nanowires
under different loading modes. It shows that dislocation plasticity is a predominant deformation …

… tungsten (W) nanowires using in situ nanomechanical testing. Quantitative experimental
studies directly visualize that deformation twins in W nanowires … in face-centred cubic metals. …

… MD simulation indicated that high-energy interfaces rather than coherent twin boundaries
could induce the detwinning in Bcc nanowires during unloading 17 , consistent with our …

… , in nanoscale body-centered cubic (BCC) tungsten crystals. By conducting in situ … the
nucleation and growth of anti-twins in tungsten nanowires with diameters less than about 20 nm. …

… cubic tungsten trioxide nanowires through the thermal evaporation of WO 3 powder without
a catalyst. The WO 3 nanowires … ratio and density of the nanowires. The morphologies of the …

… Based on the evolution of lattice strain in our W nanowires, the critical resolved shear
stress for the twin nucleation was measured to be ∼9 GPa. The measured stresses are on the …

… High-resolution TEM from the edge of nanowire indicates that it is body-centered cubic … on
the elastic properties of nanowires, we tested two of the nanowires purged by plasma cleaning…

… of metal nanowires has not been explored. Here, we propose a new approach to synthesize
ultrathin metal nanowires using TMDs for the first time. High-quality ultrathin nanowires with …

… can be applied to any nanowire orientation, but here we only consider nanowires with z axis
… for the wide nanowire. Each vacancy is represented by a cube of 8 atoms: tungsten atoms, …