Category: Rds
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RD0
RD0 – Management and communication RD0 includes the HFM Programme office The Programme Office manages all administrative and coordination aspects required by the HFM R&D Programme, including: – preparation and running of meetings, – budget and planning follow-up, – administrative and contractual follow-up of collaboration agreements, – reporting, documentation and archiving – creation and update…
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RD6
RD6 – Scientific and Societal Impact Forum The main goals of the RD6 Line are: Maximize the output in terms of publications, synergies with others field, societal impact, and liaison with industries.
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RD5
RD5 – Infrastructure and Measurement Techniques The main goals of the RD5 Line are: Developments of infrastructures and tooling required for the programme goals
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RD4
RD4 – Integration, Sustainability The main goals of the RD4 Line are: Develop the cryogenic techniques, in synergy with magnet design; explore the 4.5 K option for Nb3Sn Develop novel protection systems to enhance magnet performance and related simulation tools Develop insulation and impregnation schemes compatible with novel concepts of protection and cooling Possible implementation…
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RD3
RD3 – Nb3Sn Magnets The main goals of the RD3 Line are: Design and demonstrate short models main dipoles of 12 to 14 T operational fields, based on different designs Seek cost-effective engineering solutions, suitable for large-scale production Scale the most promising main dipole designs to 5 and 15 m
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RD2
RD2 – HTS Conductors and HTS Technologies The main goals of the RD2 Line are: Procure conductors for the magnet program, including extensive characterization measurements. Present Focus is on ReBCO Develop ReBCO conductors in R&D laboratories Explore the potential of promising new materials, e.g. iron based superconductors Explore HTS magnet technology at for accelerator main…
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RD1
RD1 – Nb3Sn Conductors The main goals of the RD1 Line are: Industrialize HFM R&D wires, including new suppliers, and reduce cost Perform R&D to increase Jc performance (to ~1500 A/mm2 at 16 T, i.e. ~25 % above state-of-the-art) Procure HL-LHC class wire and cable for the magnet program, including extensive characterization measurements