… To investigate the strain rate sensitivity of magnesium at cryogenic temperature, three strain
… analysis of the material microstructure, three deformed micropillars (one for each strain rate) …

… , the magnesium extrusions from the micropillar have begun to coalesce when they come into
contact with magnesium … during the roughly 1-h temperature stabilization period, but rather …

… magnesium at micron length scale under uniaxial compression at room temperature and
to a range of cryogenic temperatures… > oriented magnesium single crystal micro-pillars of …

… confirmed by non-basal dislocations observed in TEM images of room temperature and
cryogenic temperature specimens when imaged at beam direction ~ [ 2 ‾ 110 ] using g = 0002. …

… magnesium micropillars (5 µm diameter) have been fabricated using focused ion beam (FIB)
milling and loaded in compression along the [2-1-10] direction at cryogenic temperature (T …

… magnesium at low temperatures within the temperature … magnesium including an exceptional
elongation of ∼360% in tension at room temperature and stable deformation in micropillar …

… case of micropillars of Grain B, compared to the large samples indicating predominance of
deformation twinning in micropillars. … A low ξ in the case of micropillars suggests that twins can …

… low density (1740 kg m −3 for pure Mg). However, due to the … from one of our compressed
micropillars. The diffraction pattern … These dislocations observed in our compressed micropillar …

… micropillars at various temperatures (T) and high strain rate ( ε ), broadening the understanding
of the strain rate and temperature … At low temperature, the reported low activation volume …

… the highest within the upper part of micropillars [23,24]. Moreover, … testing of pure magnesium
micropillars with the 10 1 0 … [20] that the orientation misfit as low as 5 could bring about …