HFM Project Work Packages and RD Line Fora
The HFM Programme is structure in 6 RD Line which contains and Work Packages.
Work Packages will be grouped into the RD Lines Fora. Each RD Line Forum builds on the Work Packages within the domain. RD Lines will enable the exploitation of synergies and provide a focal point for the main R&D areas:
- Nb3Sn Conductors;
- HTS Conductors and HTS Magnet Technologies;
- Nb3Sn Magnets;
- Common Modelling Tools, Materials, Protection and Cryogenics;
- Infrastructures and Measurement Techniques;
- Scientific and Societal Impact.
The RD Line Fora and Work Packages may be adapted in the future to adjust for the progress and accommodate the evolving needs of the
HFM R&D Programme. The RD Line Fora are led by coordinators appointed by the HFM Project Leader
The present list of HFM RD Lines and Work packages is presented below:
| RD Line name | RD Line | WP | WP Name | RD Line Coordinators | WP Leader | CERN Liaison | Lead Institution | |
| RD0 – Management and communication | A. Siemko | G. Riddone | A. Siemko | |||||
| RD0 | WP0.0 | Management and communication | A. Siemko | CERN TE-RAS | ||||
| RD1 – Nb3Sn Conductors | C. Senatore | Th. Boutboul | ||||||
| RD1 | WP1.1 | Nb3Sn conductors for high field magnets – CERN | S. Hopkins | CERN TE-MSC | ||||
| RD1 | WP1.2 | R&D on optimisation of Nb3Sn microstructure and pinning – BAF (KE5074) | A. Leineweber | S. Hopkins | BAF | |||
| RD1 | WP1.3 | Nb3Sn conductor Jc performance and electro-mechanical properties beyond state-of-the-art. – UNIGE (KE4663) | C. Senatore | Th. Boutboul | UNIGE | |||
| RD1 | WP1.7 | Nb3Sn conductor Jc performance and electro-mechanical properties beyond state-of-the-art. – FSURF (KE5094) | N. Cheggour | Ch. Barth | FSURF | |||
| RD2 – HTS Conductors and HTS Magnet Technologies | A. Kario | A. Ballarino | ||||||
| RD2 | WP2.1 | R&D on accelerator grade HTS REBCO conductors – KIT (KE5283) | B. Holzapfel | Ch. Barth | KIT | |||
| RD2 | WP2.2 | HTS REBCO tapes, cables and associated technologies – CERN | Ch. Barth | CERN TE-MSC | ||||
| RD2 | WP2.3 | Other HTS conductors – UNIGE (KE4612) | C. Senatore | Th. Boutboul | UNIGE | |||
| RD2 | WP2.5 | Demonstrator of the dielectric-insulated REBCO high field magnet coils – CERN | Ch. Barth | CERN TE-MSC | ||||
| RD2 | WP2.6 | HTS high field insert magnets and MuC solenoids – CERN | G. Kirby | CERN TE-MSC | ||||
| RD2 | WP2.7 | R&D on mechanical properties of REBCO cables- U-Twente (KE5276) | M. Dahlle | Th. Boutboul | U-Twente | |||
| RD2 | WP2.11 | Demonstrator of the metal-insulated REBCO high field magnet coils – CEA (KE5647) | CEA | |||||
| HFM 3 – Nb3Sn Magnets | F. Toral | D. Perini | ||||||
| RD3 | WP3.1 | Nb3Sn robust performance double aperture 12T cosΘ dipole models – CERN | D. Perini | CERN TE-MSC | ||||
| RD3 | WP3.2 | Nb3Sn single apperture cosΘ bladder & keys 12T FALCON D dipole model – INFN (KE4102) | S. Farinon | D. Perini | INFN | |||
| RD3 | WP3.3 | Nb3Sn robust performance 12T long dipole prototype – CERN | A. Milanese | CERN TE-MSC | ||||
| RD3 | WP3.4 | Nb3Sn magnet Technology Development Program (TDP) – CERN | D. Perini | CERN TE-MSC | ||||
| RD3 | WP3.5 | Nb3Sn ultimate performance dipole models – CERN | J.C. Perez | CERN TE-MSC | ||||
| RD3 | WP3.6 | Nb3Sn ultimate performance R2D2 racetrack dipole demonstrator – CEA (KE3782) | E. Rochepault | J.C. Perez | CEA | |||
| RD3 | WP3.7 | Nb3Sn ultimate performance common coil dipole demonstrator – CIEMAT (KE3920) | F. Toral | D. Perini | CIEMAT | |||
| RD3 | WP3.8 | Nb3Sn ultimate performance coil stress management dipole model – PSI/CHART (KE4808) | B. Auchman | A. Milanese | PSI/CHART | |||
| RD3 | WP3.12 | Nb3Sn ultimate performance R2D2 racetrack dipole demonstrator – CEA (KE5655) | CEA | |||||
| RD4 – Modelling Tools, Materials Protection and Cryogenics | S. Farinon | C. Garion | ||||||
| RD4 | WP4.1 | Common modelling and simulation tools for HFM magnets and conductors – CERN | S. Russenschuck | CERN TE-MSC | ||||
| RD4 | WP4.2 | Structural materials for HFM magnets – CERN | C. Garion | CERN TE-VSC | ||||
| RD4 | WP4.3 | Insulation materials for HFM magnet coils and conductors – CERN | D. Tommasini | CERN TE-MSC | ||||
| RD4 | WP4.4 | R&D on impregnation materials for HFM magnet coils – ETHZ/CHART (KE4738) | T. Tervoort | D. Tommasini | ETHZ/CHART | |||
| RD4 | WP4.5 | Quench detection, protection and diagnostic methods for Nb3Sn and HTS high-field magnets – CERN | M. Wozniak | CERN TE-MPE | ||||
| RD4 | WP4.6 | Cryogenic and thermal management studies for HFM magnets – CERN | R. van Weelderen | CERN TE-CRG | ||||
| RD5 – Infrastructures and Measurement Techniques | M. Bajko | |||||||
| RD5 | WP5.1 | Test infrastructure needs for the HFM R&D programme – CERN | F. Mangiarotti | CERN TE-MSC | ||||
| RD5 | WP5.2 | Infrastructure needs for conductors – CERN | Th. Boutboul | CERN TE-MSC | ||||
| RD5 | WP5.3 | Infrastructure needs for demonstrator and short magnet models – CERN | J.C. Perez | CERN TE-MSC | ||||
| RD5 | WP5.4 | Infrastructure needs for the construction of full-scale prototypes – CERN | A. Milanese | CERN TE-MSC | ||||
| RD5 | WP5.5 | Instrumentation and measurement equipment needs for the HFM R&D programme – CERN | L. Fiscarelli | CERN TE-MSC | ||||
| RD6 – Scientific and Societal Impact Forum | E. Chesta | L. Kretzschmar | ||||||
| RD6 | WP6.1 | Scientific and societal impact of the HFM R&D – CERN | E. Chesta | CERN IPT-KT | ||||