Main subsystems of the ring, based on beam dynamics studies (UV)

As part of the Spanish ISOLDE ISRS project, the work package led by the University of Valencia aims to define the main subsystems of the ring, based on beam dynamics studies. The updated baseline design adopts a racetrack-shaped symmetry and includes 10 MAGDEM-type CCT bending magnets, with realistic dimensions considered for physical integration. Tracking simulations using BMAD demonstrate the ring’s near-isochronicity and its capability to separate multiple heavy ion isotopes, such as Radium, after just 10 turns. Current efforts are directed toward integrating the beam injection system from the reaction chamber into this compact configuration, while the phase-space characterization of the injected beam is being evaluated through GEANT4 simulations.

MAGDEM-type CCT bending magnets.

Lattice design based on 36º bending angle, 580 mm effective lenght CCT magnets.

Ra isotopes separation after 10 turns.

Injection system.

GEANT4: phase-space from reaction products.