Abstract
The evolution in description and understanding of recrystallisation kinetics from the late 1930s to today is reviewed. Focus is on the advances in experimental possibilities but also the accompanying modelling improvements are covered. The approaches are divided into two groups where the second group is differentiated from the first by introducing crystallographic aspects into the experimental analysis and modelling. Special attention is given to the newly developed three-dimensional X-ray diffraction (3DXRD) microscope, which allows non-destructive in-situ bulk investigations including crystallographic aspects. Its potentials for advancing the understanding and interpretation of recrystallisation kinetics are discussed.
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