… The ion beam was raster scanned across the sample area (~15 × 15 mm 2 ) with a … for
extracting a complete picture of irradiation-induced damage is very important, it is beyond the …

… focused ion beam (FIB) milled and mechanically tested in situ TEM. Overlayed on both is the
damage … effects, whereas micromechanical testing methods only sample from the shallow …

… concerning the effect of FIB-induced damage on the … within the sample, and the only effect
considered is that of ion beam … worth noting that at miniaturised components such micro-pillars …

… micromechanical investigation on damage initiation behaviors … were produced with focused
ion beam and consecutively in … Within this study we are applying micropillar compression to …

… of 2 µm and 5 µm in diameter were first fabricated by focused ion beam (FIB) milling and in
… surface of micro-pillars. This step is done at 16 kV and 50 pA to further limit induced damage. …

… columnar objects, ie, micropillars, has been an … , micropillars are fabricated and compressed.
These objects are machined into a bulk specimen, often single crystal, by focused ion beam …

… the opposite effect from Best et al. [61], where the fracture toughness of Si micropillars fractured
… the effect of the ion species on FIB-induced damage on the resulting fracture toughness. …

… and induce a brittleto-ductile transition.[22] Further, fabricating micropillar samples using the
focused ion beam … exceptional plasticity in the realm of ceramic and oxide glass micropillar …

… as micropillar compression. Most recently, we combined proton ion irradiation, micropillar …
(TEM) to understand the effect of radiation damage on the hardening and deformation of AM …

… micro-pillars were implanted with 8.5MeV Zr+ ions at room temperature and 300C to simulate
the effect … prepared micron sized samples by using Focused Ion Beam-FIB milling and this …