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Cronfa Swansea University Open Access Repository ___ This is an author produced version of a paper published in: CrystalsCronfa URL for this paper: http://cronfa.swan.ac.uk/Record/cronfa40138___ Paper:

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How to fill out peak broadening anisotropy and

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First, determine the peak broadening anisotropy value for the specific material or sample.

02

Measure the peak widths in the X and Y directions using a suitable analytical technique such as X-ray diffraction or electron microscopy.

03

Calculate the anisotropy by dividing the peak width in the Y direction by the peak width in the X direction.

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Record the calculated peak broadening anisotropy value for future reference or analysis.

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Materials scientists and researchers studying the physical properties of crystalline materials benefit from peak broadening anisotropy measurements.

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What is peak broadening anisotropy and?

Peak broadening anisotropy is a phenomenon in crystallography where the diffraction peaks become broader due to anisotropic strain within the crystal structure.

Who is required to file peak broadening anisotropy and?

Researchers, scientists, or individuals conducting crystallography studies are required to file peak broadening anisotropy data.

How to fill out peak broadening anisotropy and?

Peak broadening anisotropy data can be filled out by measuring the width of diffraction peaks in different directions and determining the anisotropic strain present.

What is the purpose of peak broadening anisotropy and?

The purpose of peak broadening anisotropy analysis is to understand the strain distribution within a crystal and its effect on the diffraction pattern.

What information must be reported on peak broadening anisotropy and?

The reported information should include the crystal structure, diffraction data, peak width measurements, and analysis of anisotropic strain.

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