1.A beginner's guide to synchrotron radiation and X-ray lasers.- 2.A beginner's guide to neutron reactor and spallation sources and detectors.- 3.A beginner's guide to detectors in use at X-ray beamlines and their calibration.- 4.Introduction to X-ray beamlines for crystallography.
- 5.Guidance in preparing the experiment at your home facility including sample preparation.- 6.Beamline scientist perspective.- 7.Beamline user perspective.- 8.Fixed wavelength high intensity beamline.
- 9.Tuneable wavelength beamline.- 10.Laue diffraction beamline.- 11.Microfocus beamline.- 12.Serial crystallography beamline: synchrotron.
- 13.Serial crystallography beamline: X-ray laser.- 14.Time-resolved crystallography.- 15.Electron crystallography facility.- 16.Neutron crystallography instruments.
- 17.Facility data archiving policy considerations.- 18.Facility publication authorship policies.- 19.Sample environment, cryostats and or containment, light sources for photo-initiation or mixing devices for reactions in a crystal.- 20.Electron biological imaging centres at the SR facilities: Diamond, ESRF, Soleil and SSRL/SLAC as examples.
- 21.NMR crystallography.- 22.Small and Wide-Angle Scattering beamlines.- 23.X-ray absorption spectroscopy beamlines.- 24.Mass spectroscopy.
- 25.UV/Vis and Infra-red spectroscopy.- 26.Data analysis and software.- 27.Safety Matters.- 28.Theoretical and Computational Sciences.
- 29.Summary.- 30.So, to the Measuring Team briefing before the Experiment.