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The results also indicate that the main texture formation mechanism during DRX is oriented nucleation followed by generalized growth.
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The main focus was on the understanding of the decomposition of the precursor layers, and their growth and texture formation, as well as their structural evolution during annealing, leading to highly biaxially textured LZO buffer layers.
Fig. 6 Illustration of grooved texture formation mechanism.
A significantly reduced texture formation was observed with the novel alloy.
Texture formation can be perfectly explained with the earlier proposed particle-filler model.
The texture formation was found to be directly related to the activation of different deformation mechanisms.
They are clearly related to regions with primary αp grains oriented around a main texture component.
Abnormal grain growth leads eventually to vanishing of the main texture component.
If this distribution is displaced toward small sizes, the main texture component is enhanced.
The results show how the main texture component of IF steel change, i.e. the α [<110>// rolling direction (RD)] fiber texture decreases and the γ [<111>//normal direction (ND)] fiber texture increases.
This paper proposes a new automatic approach for segmenting these main textures and also to refine the identification of sub-textures inside the main ones.
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