3. Results Only results from crystals deformed to a strain of 0.9 are presented in this paper.
Samples annealed at 600 C were found to be approximately 50% recrystallized after 10 …

The influence of Mn on the mobilities of grain boundaries during recrystallization of Al–0.1
and–0.3 wt.% Mn alloys has been characterized by in situ SEM annealing experiments …

Grain boundary migration between strained, substructured grains and newly appearing,
strain free grains has been observed during static in-situ annealing of pre-deformed rocksalt …

In-situ high-temperature microscopy techniques provide crucial insights into materials under
non-ambient conditions. This study compares confocal laser scanning and scanning …

We present in-situ observations, performed using electron backscatter diffraction, of static
recovery and recrystallization processes occurring in a plastically deformed geological …

Modifications to a scanning electron microscope (SEM) and a commercially available
heating stage permits in situ imaging at temperatures as high as 1450° C. Here we report on …

Grain boundary migration associated with abnormal grain growth in pulsed-laser deposited
Ni was studied in real time by annealing electron transparent films in situ in the transmission …

We have applied an atomistic simulation methodology based on molecular dynamics to
study grain boundary migration in crystalline materials, driven by the excess energy of …

Grain boundary migration is an important mechanism of microstructural modification both in
rocks and in metals. Combining detailed cathodoluminescence (CL) and electron …

Grain growth during static recrystallization has been modeled by the multi-phase-field
method. However, its predictive accuracy is insufficient because grain boundary properties …