Solution annealing at 820 o C followed by aging favored a {111} orientation, resulting in minimal crystallographic defects and grain distortion. In contrast, higher solution annealing temperatures ...

A new study by Professor Tao Sun tracks the evolution of crystallographic defects in real time during metal additive manufacturing.

Even after two decades of research, conventional 111 B oriented III–V nanowires are often perturbed by twins and stacking faults that form perpendicular to their growth direction and span the ...

The effect of crystallographic defect density on CA can also be seen for the reference surfaces, however on a significantly lower scale. Based on this, process induced microstructure modification ...

Therefore, this review also briefly discusses defect mitigation strategies employed to address BO pairs. 3.4 Crystallographic defects Similarly, in the current Si-PV, there has been a shift away from ...

This article discusses using particle size analysis techniques to detect defects in silicon carbide (SiC), a wide-bandgap semiconductor used in microelectronic devices.

By integrating aberration-corrected transmission electron microscopy, crystallographic analysis, and theoretical calculations, we reveal various crystal defects within aragonite at atomic scale and ...

An unsupervised machine learning algorithm is developed for detecting crystallographic defects in atomic-resolution images. The method enables fast screening of large volumes of atomic-resolution data ...

Gusenbauer et al. show that crystallographic defects in this alloy strongly affect its magnetization properties. Nano-sized twinning defects are found to be particularly important in determining this ...