Introduction and course notes - ~5 mins Click Here First
Lecture 1. The Crystal : Specimen generation and selection
Lecture 2. The Experiment : Diffraction and Instrumentation
Lecture 3. The Data : Data Reduction and Correction
Lecture 4. The Preparation : Laue symmetry and space group selection
Lecture 5. The Solution : Structure Solution
Lecture 6. The Refinement : Model building and Refinement
Lecture 7. The Mess : Common Problems and fixes
Lecture 8. The Model : Validation and Publication
Introduction and course notes - ~5 mins Click Here First
Lecture 1. The Material (The solid sample)
Lecture 2. The Scattered X-ray
Lecture 3. The Experiment (Diffraction and Sample Prep)
Lecture 4. The Pattern (X-ray Diffraction)
Lecture 5. The Signal Processing
Lecture 6. The Analysis
Lecture 7. The WPPD and Rietveld Method
Lecture 8. The Results