What Are the Pros and Cons of Using XRD for Grain Size Measurement?

AI Thread Summary
Measuring grain size using X-Ray Diffraction (XRD) has both advantages and setbacks, primarily detailed in the Scherrer equation. While the equation provides a method for estimating grain size, it may not capture all aspects of material properties. Resources such as "Solid State Physics" by Rook and Hall offer deeper insights into XRD applications beyond grain size measurement. Additionally, a tutorial link was shared that could enhance understanding of XRD techniques. Overall, XRD is a valuable tool for material characterization, but users should be aware of its limitations.
RichieTU
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Hello,

Could you explain or prompt me to an article or source that mentions the advantages/setbacks from measuring the grain size of materials using X-Ray Diffraction (XRD)?
 
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RichieTU said:
Hello,

Could you explain or prompt me to an article or source that mentions the advantages/setbacks from measuring the grain size of materials using X-Ray Diffraction (XRD)?
Have you read the wikipedia article for the Scherrer equation?
 
Vagn said:
Have you read the wikipedia article for the Scherrer equation?

Thanks for your reply. I have read about the Scherrer equation but I was wondering if there is anything more except for that as well.
 
There are a few books out there, one of my favorites is Solid State Physics by Rook and Hall. Explains the concept of XRD and how to effectively use the Scherrer equation. Diffraction can inform you on a lot more than grain size.
Also you can try this
http://www.chem.sc.edu/faculty/zurloye/xrdtutorial_2013.pdf
 
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