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Modeling LHC Electron Cloud Effects and Optimization Strategies for Beam Scrubbing

This study focuses on the electron cloud buildup and its impact on particle beam operations at the LHC. Ubaldo Iriso presents two weeks of analysis from January 17-29, emphasizing pressure rise mapping and its significance in optimizing the 2011 beam scrubbing process. Giuliano Franchetti contributes with insights from 3.5 weeks of modeling (February 14 - March 8), examining incoherent electron cloud effects, supported by EuCARD-AccNet and SPS studies. The findings aim to enhance understanding of electron clouds and their mitigation in particle accelerators.

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Modeling LHC Electron Cloud Effects and Optimization Strategies for Beam Scrubbing

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  1. e-cloud study visits Ubaldo Iriso (CELLS): two weeks, 17-29 January; LHC e-cloud build-up maps; pressure rise maps? optimization of 2011 beam scrubbing Giuliano Franchetti (GSI): 3.5 weeks, 14 February - 8 March; modelling LHC incoherent electron-cloud effects supported by EuCARD-AccNet and SPS studies

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