After successful completion of the course, students are able to...
1. Energy dispersive and wavelength dispersive X-ray fluorescence analysis 2. Adjustment of a rotating crystal spectrograph 3. Gamma-spectroscopy 4. Debye-Scherrer- and Laue methods 5. Thermoluminescence dosimetry 6. Photoelectric cross sections
after an introduction students perform measurements by their own using the instruments available, interpret the results and document them.
Wahlfach für Technische Physik, Skripten vorhanden. Leistungsbeurteilung: Mitarbeit, Protokoll, Schlußgespräch, wird als Block (7 Tage) abgehalten.
written report and final discussion
ATI Seminar room :preliminary discussion
fundamental knowledge on experimental physics