Agenda
Monday, May 23, 2016
8:00-8:30am: Breakfast
8:30-8:45am: Welcome remarks –W. R. Ellington (Associate Vice President for Research, FSU)
8:45-9:00am: Agenda overview – O. Garlea (ORNL)
9:00-10:15am: Introduction to magnetic structure/ Types of magnetic structures/ The formalism of propagation vector – A. Wills (UCL)
10:15-10:30am: Break
10:30-11:00am: Alternative approaches to describe the magnetic order (brief overview of Repr. Analysis & Magnetic Symmetry) – J. Rodriguez-Carvajal (ILL)
11:00-12:00am: Representation Theory in Magnetic Structure Analysis – A. Wills (UCL)
12:00-1:30pm: Working Lunch: Important software tools for magnetic structure determination – O. Garlea (ORNL)
1:30-2:00pm: Representation Theory in Magnetic Structure Analysis (cont’d)
2:00-3:00pm: Magnetic Space Groups – J. Rodriguez-Carvajal (ILL)
3:00-3:45pm Introduction to the Fullprof Suite – J. Rodriguez-Carvajal (ILL)
3:45-4:00pm Break
4:00-5:00pm Magnetic Structure Factor calculation & Ways to define the magnetic phase using Fullprof & Steps in magnetic structures determination – J. Rodriguez-Carvajal (ILL)
5:00-6:00pm Experimental aspects of magnetic structure determination (diffraction techniques, overview of instrumentation, polarized neutrons) – W. Ratcliff (NCNR)
Tuesday, May 24, 2016
8:00-8:30am: Breakfast
8:30-10:30am: Introduction to SARAh Representational Analysis & Refine programs - Hands-on example – A. Wills (UCL)
10:30-10:45am: Break
10:45-11:15pm: Introduction to BasIrreps software – J. Rodriguez-Carvajal (ILL)
11:15-12:00pm: Overview of the Bilbao Crystallographic Server (magnetic symmetry tools & mCif file) – J. Rodriguez-Carvajal (ILL) or O. Garlea (ORNL)
12:00-1:30pm: Working Lunch: Where to run your neutron diffraction experiments – overview of facilities across the world – W. Ratcliff (NCNR)
1:30-3:30pm Hands-on in Commensurate Magnetic Structure from constant wavelength (CW) data [Example 1] – Clarina de la Cruz (ORNL)
3:30-3:45pm Break
3:45-6:00pm Hands-on in Commensurate Magnetic Structure from CW data – [Example 1 cont’d] – Clarina de la Cruz (ORNL)
Wednesday, May 25, 2016
8:00-8:30am Breakfast
8:30-10:30am Hands-on in Incommensurate Magnetic Structure [Example 2] – S. Calder (ORNL)
10:30-10:45am Break
10:45-12:00pm Hands-on in Incommensurate Magnetic Structure [Example 2 cont’d] – S. Calder (ORNL)
12:00-1:30pm: Working Lunch: Neutron Diffractometers at HFIR and SNS (ORNL) – S. Calder (ORNL)
1:30-3:30pm: Hands-on in Commensurate Magnetic Structure from Time-Of-Flight (TOF) data [Example 3] – O. Garlea (ORNL)
3:30-3:45pm Break
3:45-6:00pm Hands-on in Commensurate Magnetic Structure from Time-Of-Flight (TOF) data [Example 3- cont’d] – O. Garlea (ORNL)
Thursday, May 26, 2016
8:00-8:30am Breakfast
8:30-10:30am Magnetic structure determination using the Simulated Annealing algorithm [Example 4] – J. Rodriguez-Carvajal (ILL)
10:30-10:45am Break
10:45-12:00pm Magnetic structure determination using the Simulated Annealing algorithm [Example 4 –cont’d] – J. Rodriguez-Carvajal (ILL)
12:00-1:30pm Working Lunch: How to write successful neutron diffraction proposals – Clarina de la Cruz (ORNL)
1:30-3:30pm Hands-on in solving magnetic structures from Single Crystal data [Example 5] – Huibo Cao (ORNL)
3:30-3:45pm Break
3:45-6:00pm - Hands-on in solving magnetic structures from Single Crystal data [Example 6] – Huibo Cao (ORNL)
Friday, May 26, 2016
8:00-8:30am Breakfast
8:30 -11:30am Tour of the National High Magnetic Field Laboratory – M. Shatruk (FSU)
11:30 -11:45am Closing
