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ILC QD0 hybrid solution with permanent magnets and superconducting coils

ILC QD0 hybrid solution with permanent magnets and superconducting coils. 8 blocks. Gradient 127 T/m Aperture radius 10 mm Ampere-turns 5 kA. 4 blocks. Harmonic decomposition of the magnetic field. p ermendur core SmCo PM blocks post-collision line chamber iron return yoke

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ILC QD0 hybrid solution with permanent magnets and superconducting coils

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  1. ILC QD0 hybrid solution with permanent magnets and superconducting coils 8 blocks Gradient 127 T/m Aperture radius 10 mm Ampere-turns 5 kA 4 blocks Harmonic decomposition of the magnetic field permendur core SmCo PM blocks post-collision line chamber iron return yoke SC wires with cooling circuit pipes thermal shield cryostat assembly

  2. CLIC SD0 hybrid solution with permanent magnets and normal or superconducting coils 12 PM blocks and NC coils 6 PM blocks and SC coils 4 4 5 S-gradient 214 kT/m2 Aperture radius 4.3 mm Ampere-turns 5 kA 3 3 2 1 1 2 6 Harmonic decomposition of the magnetic field permendur core SmCo PM blocks post-collision line chamber iron return yoke normal conducting coil superconducting coil and cryostat assembly

  3. Octupoles (2) for ATF Harmonic decomposition of the magnetic field

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