… /nanopillars in the selected grains by using a focused ion beam (FIB) equipped within an SEM
… 1(c) shows an SEM image of a representative fabricated micropillar. The fabricated pillars …

… Subsequently, focused ion beam (FIB) milling on the selected grains is used to extract
lamellae from the bulk specimens, then shape them into tensile dogbone specimens on push-to-…

… At least five pillars were fabricated for each irradiation dose using the focused ion beam (FIB…
for micropillars diameters larger than 400 nm. Therefore, in this work, the micropillars were …

… single crystal plasticity. To this end, in situ compression of Zn micropillars oriented for basal
… prepared using a focused ion beam (FIB) in a FEI Quanta 3D dual-beam scanning electron …

… After 2 MeV proton irradiation at 350 C, four micro-pillars were prepared from a single grain
on the polished specimen cross section. Depending on the distance away from the irradiated …

… a lower yield strength than micropillars fabricated with Xe FIB … study of René 88DT are:
focused ion beam (FIB) milling, … FIB-induced damage of microscale samples associated with …

… Ion beam irradiation and SSMT can also help accelerate … , the focus ion beam (FIB)
manufacturing of micropillars is … However, the substrate underneath the micropillar affects the …

… micropillar was finished using a focused ion beam to form a 15 μm diameter smooth micropillar
… through compression testing with micropillars fabricated using a focused ion beam (FIB). …

… To study the effects of ion irradiation on the resulting mechanical properties, in situ … diamond
micropillars was conducted. Diamond pillars were fabricated using a Ga + focused ion beam …

… -controlled plastic flow in micropillars; confined plasticity in coated micropillars; and dislocation
… size effect was related to external conditions. For example, focused ion beam fabrication …