10 February 2014 to 3 April 2014
SLU, Uppsala and MAX IV Laboratory, Lund
Europe/Stockholm timezone

Schedule

Schedule for ”EXAFS for Beginners”, Spring 2014 in Uppsala and Lund
 
Week 1, SLU, Uppsala
Monday February 10, 2014
13.00-17.00     Theory hard X-ray absorption spectroscopy
 
Tuesday February 11, 2014
08.00-12.00     Introduction to data analyses, preparation and check of your computers
13.00-17.00     Theory hard X-ray absorption spectroscopy, continued
 
Wednesday February 12, 2014
08.00-12.00     Presentation of the EXAFSPAK program package, and basic data analyses
13.00-17.00     Theory hard X-ray absorption spectroscopy, continued

 
Week 2, MAX-lab, Lund
Monday March 3, 2014
13.00-17.00     Tour of MAX-lab, safety training, synchrotrons and insertion devices, the build-up of hard X-ray absorption beam-line (optics, detectors), presentation of the XAFS beam-line, BALDER, planned for MAX IV.
 
Tuesday March 4, 2014
08.00-12.00     Experimental design, sample preparation including lab exercises,
13.00-17.00     XAFS experiments at I811, data analysis
17.00-08.00     XAFS experiments at I811
 
Wednesday March 5, 2014
08.00-12.00     XAFS experiments at I811, data analysis
13.00-17.00     XAFS experiments at I811, data analysis
17.00-08.00     XAFS experiments at I811
 
Thursday March 6, 2014
08.00-12.00     Data analysis, introduction to VIPER.
13.00-17.00     Data analysis with EXAFSPAK.
 
Friday March 7, 2014
08.00-12.00     Data analysis with EXAFSPAK, preparation for home exercises, hour for questions.
 
 
Week 3, SLU, Uppsala
Monday March 31, 2014
13.00-17.00     Data analysis, check of home exercises
 
Tuesday April 1, 2014
08.00-12.00     Data analysis of XANES data
13.00-17.00     Data analysis, own work under supervision
 
Wednesday April 2, 2014
08.00-10.00     Hours for questions, theory and data analysis
10.00-12.00     Data analysis, own work under supervision
13.00-17.00     Data analysis, own work under supervision
 
Thursday April 3, 2014
08.00-12.00     Examination, theory and data analysis