EURIZON Project Progress and Deliverables Overview
The EURIZON project involves collaboration between various institutions focusing on synchrotrons, lepton colliders, and beam development. This overview showcases milestones, allocated funds, and key tasks such as vacuum chamber impedance studies and linac development. It also highlights accepted deliverables and milestones along with planned reports and workshops. The presentation of linac layout at the annual meeting is emphasized, providing insight into the project's advancements and future directions.
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Presentation Transcript
From CREMLINplus to EURIZON Mikhail Zobov for WP4 Team Riunione dei Resp. di Servizio e Progetto della DA 18 Giugno 2023
CREMLINplus at LNF (before 24 February 2022) WP5 (LNF, Bari, Ferrara, Lecce) Super Charm Tau Factory Detector DR CREMLINplus DA Accelerator USSR WP4 (LNF) 1120 kEuro allocated for INFN, LNF 400 kEuro
EURIZON (Formally started on 4 April 2022, but the Grant Agreement Amendment was approved only on 28 March 2023) WP4 - Synchrotrons: Collaboration with X-ray light sources in Europe (ESRF, DESY, Eurpean XFEL, INFN) WP5 - Lepton Colliders: Joint technology development around future lepton colliders (CERN, JLU, CNRS, INFN) 1120 kEuro allocated for INFN, LNF 400 kEuro
Task 4.3: Vacuum chamber impedances and beam instabilities (DESY, INFN, Resp. Mikhail Zobov) Task 4.4: Linac development (DESY, EuFEL, INFN, Resp. Cristina Vaccarezza) LNF Participants With continuous help of David Alesini
Some Results of Task 4.3 IPAC 2023 paper accepted in J. of Physics Conference Series Devices with optimized beam coupling impedance
Task 4.4 Accepted Deliverables and Milestones 31 May 2023
Presently Considered Linac Layout Presented by Cristina Vaccarezza at the EURIZON Annual Meeting 2023, 9-10 February 2023, Darmstadt, Germany
Deliverables to be prepared by the end of the Project (1 February 2024) D4.18 : Scientific report on collective effect studies and design solutions for low impedance vacuum chamber components in modern synchrotron light sources [M48, Task 4.3. INFN, DESY)] D4.19 : Study report on a compact 6GeV high- brightness Linac (C-band) for top-up injection in storage rings and FEL applications [M46, Task 4.4. INFN, DESY, EuXFEL] D4.20 : Report from the workshop at DESY [M48, Task 4.4, EuXFEL, DESY, INFN ]
