EPITA’s Deliverables
| Deliverable N# | Deliverable name | Short description | WP/Task n. | Lead Part. | Type | Dissem. level | Delivery (M) |
|---|---|---|---|---|---|---|---|
| D1.1 | ICP | Internal Communication Plan | 1.1 | CERN | R | SEN | 4 |
| D1.2 | DP | Dissemination Plan | 1.2 | PoliMi | R | SEN | 6 |
| D1.3 | E & IP | Exploitation & Impact generation Plan | 1.2 | PoliMi | R | PU | 12 |
| D1.4 | DMP | Data Management Plan | 1.3 | CERN | DMP | PU | 6 |
| D1.5 | EDP | Ethics & Diversity Plan | 1.4 | GSI | ETH | PU | 7 |
| D1.6 | Roadmap report | Identification of global roadmap of accelerator technology needs | 2.1 | CIEMAT | R | PU | 24 |
| D2.1 | Communication Plan | Communication strategy and outreach implementation plan | 2.1 | UOXF | R | PU | 9 |
| D2.2 | CBI Delivery report | Report on the delivery of the 2 CBI programme | 2.2 | CNRS | R | PU | 30 |
| D2.3 | Sustainability report | Report on early-stage sustainable design concepts and impact assessment | 2.3 | DESY | R | PU | 46 |
| D3.1 | Knowledge Transfer | Innovation inventory and report on mentorship programme | 3.1 | ULIV | R | PU | 42 |
| D3.2 | Industry Recommend. | White Paper on risk-sharing models and innovation procurement | 3.2 | CERN | R | PU | 37 |
| D3.3 | Application Roadmap | Strategic roadmap for societal applications of accelerator technologies | 3.3 | RTU | R | PU | 42 |
| D3.4 | Future Acc. | Report on future accelerator concepts | 3.4 | GSI / CERN | R | PU | 46 |
| D4.1 | Industrialisation | Report on industrialisation perspective and recommendations | 4.1 | UKRI | R | PU | 42 |
| D4.2 | Test Stands | Horizontal RF test of conduction cooled 1.3 GHz cavity with off-axis couplers | 4.2 | HZB | DEM/R | PU | 46 |
| D4.3 | Cavities | Report on Nb3Sn coated 1.3-GHz cavity with coupler ports | 4.3 | INFN | DEM/R | PU | 40 |
| D4.4 | Targets | Production and tests of Nb3Sn cylindrical sputtering targets | 4.4 | CEA | DEM/R | PU | 36 |
| D5.1 | Coated mirror | Development progress and stabilisation performance of lightweight SiC mirrors with stress-compensating coating | 5.1 | CNRS | DEM/R | PU | 40 |
| D5.2 | Broad-band beam sampler | Development progress and performance achieved with beam samplers | 5.2 | CNR | DEM/R | PU | 46 |
| D5.3 | Laser Tunning | Implementation of machine learning techniques and performance achieved | 5.3 | DESY | R | PU | 33 |
| D5.4 | Plasma Bending | Realisation of curved capillary prototype of plasma-based beam bending | 5.4 | INFN | DEM/R | PU | 42 |
| D5.5 | Dielectric structure | Report on realisation of co-propagating dielectric structure | 5.5 | INFN | DEM/R | PU | 42 |
| D6.1 | Magnetron | Development progress and performance achieved by magnetron prototype tests | 6.1 | HZB | DEM/R | PU | 37 |
| D6.2 | FE-FRT and HV pulser | Development progress and performance achieved by FE-FRT and High-Voltage Pulser prototypes | 6.2 | HZB | DEM/R | PU | 38 |
| D6.3 | HTS tape | Large width HTS tape characterised at low gradient | 6.3 | CERN | DEM/R | PU | 42 |
| D7.1 | Modularisation methodology | Report on approach for modularisation of tuneable PM | 7.1 | UKRI | R | PU | 21 |
| D7.2 | Modular ZEPTO-PRO | Proof-of-principle ZEPTO-PRO prototype magnet | 7.2 | KYMA | DEM/P | SEN | 42 |
| D7.3 | Magnet fabrication | Fabrication of the PMW, including magnetic measurements | 7.3 | CIEMAT | DEM/R | PU | 38 |
| D8.1 | HiTAT workshop | HiTAT workshop and identified priorities for HTS R&D coordination | 8.1 | CERN | R | PU | 32 |
| D8.2 | HTS conductor | Results of conductor testing, splice evaluation, quench protection studies | 8.2 | CIEMAT | DEM/R | PU | 28 |
| D8.3 | Solenoid coil qualified | Design, construction, and qualification of a 7 T solenoid coil at cryogenic temperature | 8.3 | INFN | DEM/R | SEN | 42 |
| D8.4 | Fast-ramping HTS cable | Performance results of fast-ramping HTS cable and splice tests | 8.4 | GSI | DEM/R | SEN | 40 |
| D9.1 | Chirping cavity | Low-power RF measurements of chirping cavity | 9.1 | INFN | DEM/R | PU | 30 |
| D9.2 | Transverse Defl. Structure | Low-power RF measurements of transverse deflecting structure | 9.2 | PSI | DEM/R | PU | 30 |
| D10.1 | Heat treatments and furnace specifications | Appropriate treatments and materials analyses with heat treatment and coatings recipes transferable to industry | 10.1 | DESY | R | PU | 40 |
| D10.2 | Cobotised HPR set-up | HPR set-up with cobot fully operational and qualified | 10.2 | CNRS | DEM/P | PU | 30 |
| D10.3 | Performance preserv., recovery | Report on preservation and recovery of cavity performance | 10.3 | INFN | R | PU | 44 |
| D10.4 | Cavity prototype | High-Q high-G Cavity prototype fully qualified | 10.4 | CEA | DEM/P | PU | 45 |
| D11.1 | AM Handbook | Additive manufacturing comprehensive technical handbook | 11.1 | INFN | R | PU | 46 |
| D11.2 | RFQ | RFQ design and manufacturing report | 11.2 | PoliMi | DEM/R | PU | 35 |
| D11.3 | IH-DTL | IH-DTL design and manufacturing report | 11.3 | GUF | DEM/R | PU | 32 |
| D11.4 | Collector | Report on qualification of collector in demonstrator | 11.4 | GSI | R | PU | 46 |
| D12.1 | Cr-Gr prototypes | Manufacturing, characterisation, and irradiation of Cr-Gr samples | 12.1 | CERN | DEM/R | PU | 32 |
| D12.2 | RHEA prototypes | Manufacturing, irradiation, and characterisation of RHEA prototypes | 12.2 | GSI | DEM/R | PU | 42 |