SUMMARY
Sample thickness significantly impacts X-ray diffraction (XRD) analysis results. Thin samples, specifically those less than 1 micron, lead to broadened diffraction peaks due to incomplete wave destruction at off-Bragg angles. Understanding the theory of Kinematical Diffraction is essential for determining the appropriate sample thickness to achieve optimal results in XRD analysis.
PREREQUISITES
- Kinematical Diffraction theory
- X-ray diffraction principles
- Sample preparation techniques for XRD
- Understanding of Bragg's Law
NEXT STEPS
- Research the effects of sample thickness on XRD peak broadening
- Study Kinematical Diffraction in detail
- Explore optimal sample preparation methods for XRD
- Learn about Bragg's Law and its application in XRD analysis
USEFUL FOR
Researchers, materials scientists, and laboratory technicians involved in XRD analysis and sample preparation will benefit from this discussion.