1. Super-FRS Lattice with Cos  multipoles
M. Yavor
RAS, St. Petersburg
H. Geissel, H. Weick, M. Winkler, J.S. Winfield
GSI, Darmstadt
Super-FRS Multipole Design Meeting, GSI, 22 January 2009

2. Super-FRS Multipole Design Meeting, GSI, 22 January 2009
Procedure adopted
Transmission optimized for +-8 mm height at target (y-direction)
For fission fragments 134Sn transmission is estimated by Mocadi simulation as being between 35 and 38 % for all branches
To improve the aberration correction, included additional 3rd-order correction at the ends of Pre- and Main-separators (correction of (x,ayy)).
To improve the separation quality, in Pre-separator used 6-hexapole correction scheme instead of the 5-hexapole one adopted before. In case of small initial beam height this correction can be skipped.
All additional corrections are performed by coils located inside existing quadrupoles.
Super-FRS Multipole Design Meeting, GSI, 22 January 2009

3. Superferric lattice (one section)
Super-FRS Multipole Design Meeting, GSI, 22 January 2009

4. Cos- lattice (one section)
Super-FRS Multipole Design Meeting, GSI, 22 January 2009

5. Cos- magnets used in lattice
1.0-m effective length
0.19-m useable aperture (circular)
Quadrupole, sextupole and octupole components possible
Pure quadrupole and pure sextupole included
Spacing between multipoles: 0.4 m
Spacing multipole – dipole: 0.9 m
Super-FRS Multipole Design Meeting, GSI, 22 January 2009