CORDIS Project
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This project develops a laboratory-based 3D micro X-ray diffraction method, enabling non-destructive imaging of materials with high spatial resolution. By using advanced X-ray optics, it aims to provide detailed insights into the microstructure and strain of crystalline materials, moving beyond traditional 2D imaging t…
Essentially all materials microstructures are three-dimensional (3D).
In spite of this, by far the most widely applied characterization tool is microscopy, which gives 2D images only.
There is a need to go to 3D, and daily access to 3D measurements is required.
Instruments that can be operated at home laboratories is thus the way forward.Our solution is to use newly developed and commercially available X-ray optics to focus the X-ray beam down to micrometer size in a laboratory X-ray instrument,…
TECHNICAL UNIVERSITY OF DENMARK DTU
DANMARKS TEKNISKE UNIVERSITET
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