HFM Programme Governance Structure
The HFM organizational structure comprises the following bodies:
For further information and documentation on the HFM Programme Governance structure, please refer to the following page: link
More details regarding the RD Lines and the Work Packages within the RD Lines can be found on the following page: link
HFM Programme Steering Board (HFM SB)
The HFM SB oversees the execution of the HFM Programme.
The HFM SB is composed of:
- The CERN ATS Director;
- The CERN TE Department Head;
- Up to two further expert members nominated by the ATS Director;
- The Chair of the HFM Collaboration Board;
- Up to two further members from among the participating institutes, appointed by the HFM Collaboration Board, to ensure appropriate technical and geographical diversity;
- The HFM Programme Leader;
- THE HFM Programme Office Leader.
The HFM SB assesses the progress achieved by the HFM Programme and provides guidance and direction. The HFM SB makes high-level strategic decisions related to the changes of the HFM Programme scope and the scope of major collaborations. The HFM SB provides organisational and technical oversight. The Steering Board reports to the LDG.
The HFM SB current members are:
- M. Lamont (Chair) (CERN),
- P. Vedrine (Co-chair) (CEA),
- B. Auchmann (PSI/CHART),
- B. Holzapfel (KIT),
- M. Benedikt (CERN),
- J. M. Jimenez (CERN),
- A. Milanese (CERN),
- J. M. Perez (CIEMAT),
- G. Riddone (CERN),
- L. Rossi (INFN),
- C. Senatore (UNIGE),
- E. Todesco (CERN),
The Indico page of the HFM SB meetings can be found at the following link - link
The minutes of the HFM SB meetings can be found at the following link - link
HFM Collaboration Board (HFM CB)
The HFM CB brings together high-level representatives of all national institutions taking part in the HFM R&D Programme.
The HFM CB provides the framework for engagement of National Laboratories from the Member States in the European R&D Programme as set out in the LDG Report.
The HFM CB mandate is to discuss the strategy and the scope of participation to the HFM Programme. Specifically, the HFM CB shall:
- Be informed of the technical and scientific progress of the HFM R&D Programme;
- Be informed of the on-going and perspective collaborations among participants within the scope of the HFM R&D Programme;
- Review the work and resource sharing among the participating institutes;
- Identify, within national and European funding agencies, resources for the implementation of the execution of the ongoing HFM R&D Programme and future stages;
- Discuss the overall HFM R&D Programme strategy and provide advice and guidance to the HFM Steering Board and HFM Programme Leader on the technical progress and collaboration matters.
The HFM CB is composed as follows:
- One representative per institution that, having signed the HFM MoC, contributes to the HFM R&D Programme. Their participation is approved by the HFM CB;
- A representative of CERN as one of the participants in the HFM R&D Programme;
- The HFM R&D Programme Leader;
- THE HFM Programme Office Leader.
The HFM CB elects its Chair from among its members and typically meets a few times per year.
The HFM CB current members are:
- C. Senatore (Chair) (UNIGE),
- S. Malvezzi (Co-Chair) (INFN),
- B. Auchmann (PSI/CHART),
- B. Holzapfel (KIT),
- J. M. Jimenez (CERN),
- J. Then (TU Freiberg),
- M. Lamont (CERN),
- A. Malagoli (CNR/SPIN),
- M. Sugano (KEK),
- J. M. Perez (CIEMAT),
- L. Rossi (INFN),
- G. Riddone (CERN),
- S. Schneider (TUWien),
- T. Tervoort (ETHZ),
- E. Todesco (CERN),
- P. Vedrine (CEA),
- Y. Yang (SOTON).
The Indico page of the HFM CB meetings can be found at the following link - link
The minutes of the HFM CB meetings can be found at the following link - link
HFM Programme RD Lines and Work Packages
The HFM Programme is structured in 6 RD Line which contain Work Packages.
Work Packages are grouped into RD Lines. Each RD Line builds on the Work Packages within the domain. The RD Lines enable the exploitation of synergies and provide a focal point for the main R&D areas:
- RD1 - Nb3Sn Conductors;
- RD2 - HTS Conductors and HTS Magnet Technologies;
- RD3 - Nb3Sn Magnets;
- RD4 - Integration, Sustainability;
- RD5 - Infrastructures and Measurement Techniques;
- RD6 - Scientific and Societal Impact.
The RD Lines 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 Lines are led by coordinators appointed by the HFM Programme Leader.
|
RD Line Name |
RD Line |
WP |
WP Name |
RD Line Coordinator |
WP Leader |
CERN Liaison |
Lead Institute |
CFU link | EDMS link | |
|---|---|---|---|---|---|---|---|---|---|---|
| RD0 - Management and communication | G. Riddone | |||||||||
| RD0 | WP0.0 | Management and communication | ||||||||
| RD1 - Nb3Sn Conductors | C. Senatore | Th. Boutboul | ||||||||
| RD1 | WP1.1 | Nb3Sn conductors for high field magnets - CERN WP | Th. Boutboul | CERN TE-MSC | ||||||
| RD1 | WP1.2 | R&D on optimisation of Nb3Sn microstructure and pinning - BAF collaboration KE5074 (Completed) | A. Leineweber | S. Hopkins | BAF | link | Addendum Amend. |
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| RD1 | WP1.3 | Nb3Sn conductor Jc performance and electro-mechanical properties beyond state-of-the-art - UNIGE collaboration KE4663 | C. Senatore | Th. Boutboul | UNIGE | link | Addendum Amend. |
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| RD1 | WP1.4 | Development of Nb3Sn Wires - BRUKER-EAS collaboration KE4187 (Completed) | M. Wanior | S. Hopkins | BRUKER | link | Addendum Amend. |
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| RD1 | WP1.6 | Nb3Sn conductor – KEK collaboration ICA-JP-0103 App19 (Completed) | T. Ogitsu | A. Ballarino | KEK | Addendum Amend. |
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| RD1 | WP1.7 | Nb3Sn conductor Jc performance and electro-mechanical properties beyond state-of-the-art. - FSURF collaboration KE5094 (Completed) | N. Cheggour | Ch. Barth | FSURF | link | Addendum Amend. |
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| RD1 | WP1.8 | Development of Nb3Sn Multifilamentary Wire – KAT collaboration KE3449 (Completed) | J. Kim | S. Hopkins | KAT | link | Addendum | |||
| RD1 | WP1.9 | Development of Nb3Sn Wires – TVEL collaboration KE4037 (Completed) | M. Shlyakhov | S. Hopkins | TVEL | link | Addendum | |||
| RD1 | WP1.15 | Development of advanced high-field Nb3Sn conductors - KEK collaboration KE6084 | M. Sugano | Th. Boutboul | KEK | link | Addendum | |||
| RD1 | WP1.18 | Fundamental Studies of Nb3Sn Internal Oxidation Processes - BAF collaboration KE5963 | A. Leineweber | S. Hopkins | BAF | link | Addendum | |||
| RD1 | WP1.19 | Nb3Sn characterization - UNIGE collaboration KE4612 | C. Senatore | Th. Boutboul | UNIGE | link | Addendum Amend. |
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| RD2 - HTS Conductors and HTS Magnet Technologies | to be defined | A. Ballarino | ||||||||
| RD2 | WP2.1 | R&D on accelerator grade HTS REBCO conductors - KIT collaboration KE5283 | B. Holzapfel | C. Barth | KIT | link | Addendum | |||
| RD2 | WP2.2 | HTS REBCO tapes, cables and associated technologies - CERN WP | A. Ballarino | CERN TE-MSC | ||||||
| RD2 | WP2.5 | Demonstrator of the dielectric-insulated REBCO high field magnet coils - CERN WP | A. Baskys | CERN TE-MSC | ||||||
| RD2 | WP2.6 | Solenoids for the MuC - CERN WP | L. Bottura | CERN | ||||||
| RD2 | WP2.7 | R&D on mechanical properties of REBCO cables- U-Twente collaboration KE5276 (Completed) | A. Kario | A. Ballarino | U-Twente | link | Addendum | |||
| RD2 | WP2.8 | MgB2 conductor development with boron nano-powders - ASG collaboration KE3645 (Completed) | G. Grasso | S. Hopkins | ASG | link | Addendum | |||
| RD2 | WP2.9 | Other superconductors - CERN | A. Ballarino | CERN TE-MSC | ||||||
| RD2 | WP2.11 | Demonstrator of the metal-insulated REBCO high field magnet coils - CEA collaboration KE5647 | T. Lecrevisse | A. Baskys | CEA | link | Addendum | |||
| RD2 | WP2.15 | Development of iron-based superconducting wire - CNR/SPIN collaboration KE5814 | A. Malagoli | A. Ballarino | CNR/SPIN | link | Addendum | |||
| RD2 | WP2.16 | HTS Laboratory - CERN WP | C. Barth | CERN TE-MSC | ||||||
| RD2 | WP2.17 | Development of HTS REBCO technology - SOTON collaboration KE6046 | Y. Yang | A. Ballarino | SOTON | Addendum | ||||
| RD2 | WP2.18 | 10 T HTS dipole - INFN collaboration (In pipeline) | M. Statera | A. Ballarino | INFN | |||||
| RD2 | WP2.19 | ReBCO racetrack coil from insulated soldered tape-stack - PSI/CHART collaboration KE5943 | Douglas M. Araujo | A. Ballarino | PSI/CHART | link | Addendum | |||
| RD2 | WP2.20 | Characterization of HTS conductors at low temperatures - TUWIEN collaboration (In pipeline) | M. Eisterer | A. Ballarino | TUWIEN | |||||
| RD2 | WP2.21 | Designing stabilizers and quench protection systems for high-temperature superconductors - TUWIEN collaboration (In pipeline) | M. Eisterer | A. Ballarino | TUWIEN | |||||
| HFM 3 - Nb3Sn Magnets | F. Toral | A. Foussat, A. Haziot |
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| RD3 | WP3.1 | Design, TDP & mat. Nb3Sn robust 12T Falcon D models - CERN WP | A. Foussat | CERN TE-MSC | ||||||
| RD3 | WP3.2 | 12T Nb3Sn cosΘ dipole - INFN collaboration KE4102 | S. Farinon | A. Foussat | INFN | link | Addendum Amend. |
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| RD3 | WP3.3 | Nb3Sn long prototype - CERN WP | J. Ferradas Troitino | CERN TE-MSC | ||||||
| RD3 | WP3.4 | Nb3Sn magnet Technology Development Program (TDP) - CERN WP | A. Haziot | CERN TE-MSC | ||||||
| RD3 | WP3.5 | Nb3Sn 14T block dipole - CERN WP | J.C. Perez | CERN TE-MSC | ||||||
| RD3 | WP3.6 | Nb3Sn R2D2 racetrack dipole demonstrator - CEA collaboration KE3782 | E. Rochepault | J.C. Perez | CEA | link | Addendum Amend. |
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| RD3 | WP3.7 | Nb3Sn 14T common coil dipole - CIEMAT collaboration KE3920 | F. Toral | J.C. Perez | CIEMAT | link | Addendum Amend. |
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| RD3 | WP3.8 | Nb3Sn ultimate performance coil stress management dipole model - PSI/CHART collaboration KE4808 (Completed) | B. Auchmann | A. Haziot | PSI/CHART | link | Addendum | |||
| RD3 | WP3.11 | Nb3Sn 14T cos theta dipole - INFN collaboration (In pipeline) | M. Sorbi | A. Foussat | INFN | |||||
| RD3 | WP3.12 | Nb3Sn 14T block dipole - CEA collaboration KE5655 | E. Rochepault | J.C. Perez | CEA | link | Addendum | |||
| RD3 | WP3.14 | Nb3Sn stress managed common coil dipole - PSI/CHART collaboration KE5943 | Douglas M. Araujo | A. Haziot | PSI/CHART | link | Addendum | |||
| RD4 - Integration, Sustainability | P. Borges de Sousa | |||||||||
| RD4 | WP4.3 | Insulation materials for HFM magnet coils and conductors - CERN WP | R. Piccin | CERN TE-MSC | ||||||
| RD4 | WP4.4 | R&D on impregnation materials for HFM magnet coils - ETHZ/CHART collaboration KE4738 | T. Tervoort | R. Piccin | ETHZ/CHART | link | Addendum Amend. |
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| RD4 | WP4.5 | Quench detection, protection and diagnostic methods for Nb3Sn and HTS high-field magnets - CERN WP | M. Wozniak | CERN TE-MPE | ||||||
| RD4 | WP4.6 | Cryogenic and thermal management studies for HFM magnets - CERN WP | P. Borges de Sousa | CERN TE-CRG | ||||||
| RD5 – Infrastructures and Measurement Techniques | ||||||||||
| RD5 | WP5.1 | Test infrastructure needs for the HFM R&D programme - CERN WP | F. Mangiarotti | CERN TE-MSC | ||||||
| RD5 | WP5.2 | Infrastructure needs for conductors - CERN WP | J. Fleiter | CERN TE-MSC | ||||||
| RD5 | WP5.4 | Infrastructure needs for manufacturing - CERN WP | J. Axensalva | CERN TE-MSC | ||||||
| RD5 | WP5.5 | Magnetic measurements and models - CERN WP | L. Fiscarelli | CERN TE-MSC | ||||||
| RD5 | WP5.6 | Design and construction of magnetic measurement test benches - UPPSALA collaboration KN5819 | T. Ekelof | C. Petrone | UPPSALA | link | Addendum | |||
| RD5 | WP5.7 | CIEMAT infrastructure - CIEMAT collaboration KE3920 | C. Martins | J.C. Perez | CIEMAT | Addendum Amend. |
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| RD6 - Scientific and Societal Impact Forum | E. Chesta | |||||||||
| RD6 | WP6.1 | Scientific and societal impact of the HFM R&D - CERN | E. Chesta | CERN IPT-KT | ||||||