Components and Activities
For organizational reasons, the Super-FRS can be divided into four main groups:
- beamline components, grouped into "assembly units", inside which the beam will run
- supply and infrastructure components, interfaced with the assembly units
- support activities
- buildings interface and building special components
Beamline components
The beamline components are grouped into assembly units. Once the components are produced, they will be pre-assembled in groups and afterwards transported in the tunnel for the installaton. Herafter the list of the assembly units:
| NC QQ | nc quadrupole 1a + quadrupole 1b |
| NC QS | nc quadrupole 2 + sextupole |
| NC D | nc dipole |
| BC | beam catcher |
| BC3-NCS | beam catcher 3 + nc sextupole |
| TA | target chamber |
| SM | diagnostic chamber |
| LM | sc short multiplets |
| SCD | sc dipole |
| VAC | vacuum part |
| EBD | Energy Buncher Dipole |
| EBM | Energy Buncher Multiplets |
| BDN | Beam Dumps (NUSTAR) |
Supply and infrastructure components
The supply and infrastructure components are not hosting the passage of the beam. They are interfaced with the beam-line components.
- Local cryogenics
- Power converters
- Gas supply
- Data supply
- Flask (transport container)
- Helium pumping system
- Experimental interface components
Support Activities
Some long-term activities are necessary to support the design, production, and testing of the components.
Beam Dynamics calculations
Digital Mock-Up (DMU)
Testing of sc magnets
Buildings interface and building special components
The construction of the buildings, inside which the Super-FRS will be placed, is under the coordindation of the FAIR-Site-and-Building (FSB) division. Information about FAIR Civil Construction can be found here.
Some peculiar aspects of the Super-FRS building require a close collaboration work between FSB and the Super-FRS work package leaders. These topics are:
- Interface aspects between building and machine
- Hot cell
- Radiation shielding in target area
