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On the Ground

On the Ground. Muon Ionisation Cooling Experiment ( MICE ) – pre-cursor to a neutrino factory. On the Ground. AFC Module for MICE – being produced with Oxford University for the MICE experiment This is a superconducting magnet with a 20litre liquid hydrogen absorber in the centre.

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On the Ground

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  1. On the Ground Muon Ionisation Cooling Experiment ( MICE ) – pre-cursor to a neutrino factory

  2. On the Ground AFC Module for MICE – being produced with Oxford University for the MICE experiment This is a superconducting magnet with a 20litre liquid hydrogen absorber in the centre

  3. Hydrogen inlet and outlet Cryocooler SRDK-415 1.5 W @4.2K 35/45 W @50K He inlet and outlet Radiation shield Condenser Level sensors LH2 dummy absorber Cu bottom plate with heat exchanger MICE Muon Ionisation Cooling Experiment – hydrogen system Mice has three 20litre liquid hydrogen absorbers at below 20K We are providing the storage and delivery system The R&D phase will use a test cryostat to store the hydrogen until required. The control and operation is quite complex

  4. MICE Muon Ionisation Cooling Experiment – decay solenoid Working on integration and refurbishment activities including the installation of the cryogenic plant and control system • Parameters: • Central field 5T • Open inner Radius 60mm • Coil inner Radius 65mm • Coil length 8m • Stored Energy 1.5MJ • Max. Current 1000A • Cu:NbTi ratio 3.5 • Current density 220 Amm-2

  5. Undulators • Helical Undulators • Working on planar undulators for synchrotron sources

  6. Undulators • 4m long prototype in manufacture made in 2 x 2m sections Helical CollaborationMaking Waves for PositronsILC Newsletter October 2006

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