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Collective Effects Issues for FCC-ee
2016Proceedings of the 58th ICFA Advanced Beam Dynamics Workshop on High Luminosity Circular e^+e^- Colliders, eeFACT2016, Daresbury ...
Eleonora Belli +5 more
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2023
A first cost estimate of FCC-ee detectors is presented.
Dam, Mogens +4 more
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A first cost estimate of FCC-ee detectors is presented.
Dam, Mogens +4 more
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Electron Cloud Studies in FCC-ee
2018Electron cloud effects are one of the most critical aspects for the LHC and the future circular colliders. In the frame of the electron-positron collider FCC-ee, an estimation of the electron cloud build up in the machine will be discussed in this paper. A preliminary evaluation of the heat load in the arc components and interaction region magnets will
Eleonora Belli +5 more
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FCC-ee Feasibility Study Progress
2022Proceedings of the 65th ICFA Advanced Beam Dynamics Workshop on High Luminosity Circular e+e- Colliders, eeFACT2022, Frascati ...
Zimmermann, Frank, Benedikt, Michael
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Proceedings of The European Physical Society Conference on High Energy Physics ā PoS(EPS-HEP2023)
We discuss the status and challenges of predicting QCD effects at the FCC-ee, in the context of the FCC-ee QCD working group. In this presentation we focus on multi-purpose event generators, and parton showers and hadornization in particular, which will become the relevant topics for the most precise and detailed simulations at future e+eā colliders.
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We discuss the status and challenges of predicting QCD effects at the FCC-ee, in the context of the FCC-ee QCD working group. In this presentation we focus on multi-purpose event generators, and parton showers and hadornization in particular, which will become the relevant topics for the most precise and detailed simulations at future e+eā colliders.
openaire +1 more source
2018
For FCC-ee, the range of beam energies and beam currents is large between each mode of operation, all scaled to an available 50 MW maximum power per beam. The two limiting scenarios for the RF system design are at low energy (45 GeV) with high beam current (1.45 A) and the highest energy (182.5 GeV) with a radiation loss reaching 8.92 GeV per turn.
Gorgi Zadeh, Shahnam +3 more
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For FCC-ee, the range of beam energies and beam currents is large between each mode of operation, all scaled to an available 50 MW maximum power per beam. The two limiting scenarios for the RF system design are at low energy (45 GeV) with high beam current (1.45 A) and the highest energy (182.5 GeV) with a radiation loss reaching 8.92 GeV per turn.
Gorgi Zadeh, Shahnam +3 more
openaire +1 more source
FCC-ee Collider Design Overview
Proceedings of 42nd International Conference on High Energy Physics ā PoS(ICHEP2024)Kevin Andre +3 more
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