Welcome and organisational details

Lecture 1: Brief introduction to the FullProf suite. Overview of new features and capabilities.

Lecture 2: Magnetic structures. Description of magnetic structures using the formalism of propagation vectors. Symmetry analysis: Magnetic Space Groups and Representation theory.

(cont.) Lecture 2: Magnetic structures. Description of magnetic structures using the formalism of propagation vectors. Symmetry analysis: Magnetic Space Groups and Representation theory.

Lecture 3: Options for analysing magnetic structures in FullProf. Utilities for magnetic space groups. Super space group formalism (nuclear and magnetic)

Tutorial Introduction to Magnetic Structure determination LaMnO3 Different examples of Magnetic Structures: Ho2BaNiO5, DyMn6Ge6 and DyFeWO6

Day 1: closing remarks

Joint dinner at Garchinger Augustiner

Lecture 4: Microstructural studies, from mathematical foundations to real examples.

Tutorial Introduction to Magnetic Structure determination LaMnO3 Different examples of Magnetic Structures: Ho2BaNiO5, DyMn6Ge6 and DyFeWO6 Study of the micro-structural effects by powder diffraction: Analysis of the spinel MgAl2O4 and Analysis of the phase transition on Nd2NiO4

Lecture 5: Single crystal diffraction using FullProf. Data integration and reduction of single crystal data using Int3D, DataRed and nDataRed.

Tutorial Use of FullProf for Single crystals: hybrid compounds Single crystal multi-phase approach Study of the micro-structural effects by powder diffraction: Analysis of the spinel MgAl2O4 and Analysis of the phase transition on Nd2NiO4

Day 2: closing remarks

Lecture 6: Introduction to FullProfAPP and examples. Example: Quantitative analysis using FullProfAPP Example: Sequential refinement using FullProfAPP

Tutorials and/or working with your own data

Day 3: closing remarks and wrap up