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 to the topic individual measurements, data evaluation and interpretations will be performed by the students under supervision.. Concluding a final report should demonstrate that the individual methods are understood and results are presented
written report and final discussion
fundamental knowledge of radiation physics
