Application of Nuclear Methods in Interdisciplinary Research 1 (WS 14/15)
In the winter term the lecture is focused on the recapitulation and expansion of the knowledge of the basic principles in nuclear physics.
Date and Location:Friday 10:15 - 11:45, lecture rooml PHII 227
Schedule
- 10.10.2014 - Introduction and presentation of the institutes
- 17.10.2014 - Interaction of radiation with matter I
- 24.10.2014 - Interaction of radiation with matter II
- 31.10.2014 - Radioactivity I
- 07.11.2014 - Radioactivity II
- 14.11.2014 - Detectors I, Notes
- 21.11.2014 - Detectors II, Notes
- 28.11.2014 - Linear accelerators I
- 05.12.2014 - Linear accelerators II / Circular accelerators I
- 12.12.2014 - Circular accelerators II
- 09.01.2014 - Nuclear reactors
- 16.01.2014 - Fusion reactors, notes
- 23.01.2014 - Mass spectrometry
- 30.01.2014 - Ion beam methods
+ Hyperfine Interaction, Mößbauer Effect
Tutorials
Date and Location: lecture room: seminar room of the accelerator laboratory, date: friday, 01:00 pm
Organisation: K. Hain
Schedule
- 24.10.14 - Exercise sheet 1
- 30.10.14 - Visit to E15 underground lab
Meeting point: in front of E15 seminar room (3046) at 04:00 pm - 14.11.14 - Visit to accelerator lab
Meeting point: entrance accelerator lab at 01:00 pm - 17.11.14 - Visit to Institute for Plasma Physics (IPP)
Meeting point: entrance gate IPP at 10:00 am - 28.11.14 - Exercise sheet 2
- 05.12.14 - Exercise sheet 3
- 09.01.15 - Exercise sheet 4
- 16.01.15 - Exercise sheet 5
- 23.01.15 - Exercise sheet 6
- 30.01.15 - Visit to research reactor FRMII
Meeting point: entrance gate FRM II at 02:00 pm
Literature
- Lecture Notes of Eckehardt Nolte
- Wilhelm T. Hering: Angewandte Kernphysik (Teubner 1999)
- J.S. Lilley: Nuclear Physics: Principals and Applications (Wiley 2001)
- G. Schatz, A. Weidinger: Nukleare Festkörperphysik (Teubner 2009)
- J. Magill, J. Galy: Radioactivity, Radionuclides, Radiation (Springer 2005)
- G. F. Knoll: Radiation Detection and Measurement (Wiley 2010)