Developments for PETRA IV:
- Cryogenically cooled permanent magnet undulators (CPMU)
- Permanent magnet-based combined-function dipole magnets (DLQ)
- Damping wigglers
-
High Gradient Hybrid Permanent Magnet Quadrupoles (PMQs)
Developments for FLASH2020+ :
Other projects
- Variable period undulator
- In-vacuum undulator
- Development of a pulse magnetiser for small batch magnet production and remagnetization (together with the "Labor für elektrische Mobilität" at HAW Hamburg in the framework of a grant optained from the Cooperation for Application and Innovation (KAI))
Development of customized magnetic sensors and magnetic measurement tools:
- Hall probe calibration
- Pick up coils and position sensors
- Design of dedicated measurement electronics
- Single magnet characterization
- SAFALI set-up for in-vacuum magnet structures
Tuning algorithms and sorting schemes
Magnet structure design and optimization:
- Magnetostatic calculations
- Spectral calculations
Development of control system hard- and software:
- Encoder systems and implementation of correctors
- Interfaces to global and experiment control systems
Magnetic characterization of auxiliary components:
- e.g. corrector coils, phase shifters, quadrupoles
Dosimetry at installed components
Support mechanics
Maintenance of currently operating undulators
- Checking of the magnetic profile for radiation damage by using a compact Hall-probe carriage
- Maintenance, update and repair of control hard- and software
