SRF cavity geometry optimization for the ILC with minimized surface e.m. fields and superior bandwidth

Details SRF cavity geometry optimization for the ILC with minimized surface e.m. fields and superior bandwidth SRF cavity geometry optimization for the ILC with minimized surface e.m. fields and superior bandwidth

2009-06-19

arxiv.org/abs/0906.3592v1

Physics

Accelerator Physics

Presented at the 23rd Particle Accelerator Conference (PAC09) Vancouver, Canada

Scientific paper

The main linacs of the ILC consist of nine-cell cavities based on the TESLA design. In order to facilitate reaching higher gradients we have re-designed the cavity shape. This leads to a reduction, comparable to several current designs, in both the ratio of the surface electric field to the accelerating field (Es/Ea) and the magnetic field to the accelerating field (Bs/Ea). The bandwidth of the accelerating mode is also optimized. This new shape, which we refer to as the New Low Surface Field (NLSF) design, bears comparison with the Ichiro, Re-entrant and LSF designs.

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