| identification: |
Advanced physics labs |
| description: |
The following experiments are available:
- Nuclear Magnetic Resonance (NMR) in liquids
- Optical Pumping
- Doppler-free Rb saturation spectroscopy
- Zeeman Effect
- Electron-Paramagnetic Resonance (EPR)
- Rotation-vibration Spectra of Molecules
- Lattice Vibrations and Effects of Free Charge Carriers in
Solids
- Optical Spectroscopy at Colour Centers and Molecules
- Raman-Spectroscopy (presently only in German)
- X-Ray diffraction analysis of polycristalline solid samples
and thin layers
- X-ray diffraction II (Philips X'Pert)
- Study of Solid State Surfaces using a Scanning Tunneling
Microscope
- Study of Solid State Surfaces using a Atomic Force
Microscope
- High-resolution-gamma spectroscopy with a Ge-semiconductor
detector
- Alpha-particle spectroscopy with a semiconductor
detector
- Mass Spectroscopy on Gases and simple Organic Molecules
- Franck-Hertz Experiment
- Computerbasierte Echtzeit-Regelung (only in german)
- Hall-Effekt and Electrical Conductivity
- Electro- and Photoluminescence
- Fourier-Transform-Infrared Spectroscopy on Solids
- Gamma-Spectroscopy with Scintillation Detectors
|
| level: |
2 academic years study of physics |
| mandatory or optional course units: |
obligatory course |
| teaching staff: |
Prof. Dr. W.
Grill,
Tel.
0341-9732681
Prof. Dr. M. Lorenz,
Tel.:
0341-9732661 |
| length and period: |
8 h/week during the winter semester and summer semester |
| teaching and learning methods: |
8 h/week experiments |
| assessment: |
assessment of each experiment
oral examination if required |
| language: |
German, English if required |
| ECTS credit allocation: |
9 credits for one course |
