'Coherent electron cooling' diaporamas de présentation

BNL-98815-2012-JA | JLAB-PHY-12-1652 | arXiv: 1212.1701

3D-structure of nucleons from an EIC. D. Hasch. the scientific case realisation & challenges projections for key. measurements. Acknowledgement: this presentation highly profits from the EIC white paper (2012) & INT-11-034 (2011) EIC science book.

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Accelerator R&D towards eRHIC

Accelerator R&D towards eRHIC. Yue Hao, C-AD For the eRHIC Team. eRHIC, linac-ring EIC. Linac=ERL, or the luminosity is negligible The first proposed linac-ring collider 250GeV (p) *15.9 ( e ) @1.5e33 cm-2 s-1 Why linac-ring Luminosity, remove the limitation of b-b parameter of e-beam

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Strong Hadron Cooling for the Electron Ion Collider

Strong Hadron Cooling for the Electron Ion Collider. Ferdinand Willeke, BNL APS Meeting, Boston, 1 August 2019. Outline. Overview EIC Intrabeam scattering Overview cooling schemes Stochastic cooling Coherent Electron Cooling Electron cooling Bunched beam electron cooling

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Why Strong Hadron Cooling Is Needed

Why Strong Hadron Cooling Is Needed. Thomas Roser Coherent electron Cooling WS July 24, 2019. Luminosity of Storage Ring Colliders. Luminosity is inversely proportional to transverse beam size ( s x s y ) at the collision point

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Simulation, design and prototyping of an FEL for Proof-of-Principles of Coherent Electron Cooling Vladimir Litvinenko (P

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