FWHM vs Integral Breadth | Crystallite Size | Microstrain| OriginPro скачать в хорошем качестве

FWHM vs Integral Breadth | Crystallite Size | Microstrain| OriginPro

#FWHM #IntegralBreadth #CrystalliteSize 0:00 - How to Calculate Crystallite Size and Microstrain from XRD Data in Origin 0:10 - Full Width at Half Maximum vs Integral Breadth: How to Differentiate in XRD Data 0:35 - How to Use Gaussian Function for Fitting XRD Peaks in Origin 1:05 - How to Calculate Integral Breadth for XRD Peaks in Origin 1:40 - How to Calculate Crystallite Size Using the Scherrer Equation in Origin 2:10 - How to Calculate Microstrain Using FWHM and Integral Breadth in Origin 2:45 - Difference in Crystallite Size and Microstrain Calculations: FWHM vs Integral Breadth in Origin 3:30 - How to Compare FWHM and Integral Breadth for Accurate XRD Data Interpretation in Origin 3:50 - Conclusion: How to Choose Between FWHM and Integral Breadth in XRD Analysis in Origin Origin and Excel Files: https://drive.google.com/file/d/1aLvm... References: http://prism.mit.edu/xray In this OriginLab tutorial, we will discuss the relationship between FWHM and integral breadth, and how they can be used to determine crystallite size and microstrain in materials analysis. We will demonstrate how to plot and analyze data using OriginPro software. This tutorial is useful for anyone working in material science and engineering or those interested in learning more about data analysis using OriginLab. "crystallite size analysis" "microstrain measurement" "FWHM vs integral breadth" "materials analysis" "X-ray diffraction" "OriginLab software" "OriginPro tutorials" "data plotting" "data analysis" "material science" "engineering" "materials characterization" "powder diffraction" "crystallography" "peak fitting" "materials research" "XRD analysis" "materials properties" "structural analysis" "materials testing"