A scaling law for the snapback in Superconducting accelerator magnets

@article{Ambrosio2005ASL,
  title={A scaling law for the snapback in Superconducting accelerator magnets},
  author={Giorgio Ambrosio and Patrik Maximilian Bauer and Luca Bottura and Michael Haverkamp and T. Pieloni and Stephane Sanfilippo and G. Velev},
  journal={IEEE Transactions on Applied Superconductivity},
  year={2005},
  volume={15},
  pages={1217-1220}
}
The decay of the sextupole component in the bending dipoles during injection and the subsequent snapback at the start of beam acceleration are issues of common concern for all superconducting colliders built or in construction. Recent studies performed on LHC and Tevatron dipole magnets revealed many similarities in the snapback characteristics. Some are expected, e.g. the effect of operational history. One particular similarity, however, is striking and is the subject of this paper. It appears… CONTINUE READING

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