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QSPU Measurements in Q48W with Proposed TR_RFA Vacuum Chamber Swap

This presentation from the Cornell Laboratory for Accelerator-Based Sciences and Education discusses the initial findings of QSPU measurements in Q48W and proposes a vacuum chamber swap for TR_RFA. The study, conducted at 5.3 GeV with 20 bunches at 8 mA/bunch, includes observations of cloud saturation and explores the time response compared to TR_RFA. Potential implications of the proposed vacuum chamber swap are also explored.

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QSPU Measurements in Q48W with Proposed TR_RFA Vacuum Chamber Swap

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  1. Jim Crittenden Cornell Laboratory for Accelerator-Based Sciences and Education Electron Cloud Meeting 5 June 2013 First Look at QSPU Measurements in Q48WandProposed TR_RFA Vacuum Chamber Swap

  2. 5.3 GeV e+ 20 bunches 8 mA/bunch Detector 1 Detector 2 Cloud saturation observed. Time response even faster than TR_RFA?

  3. Proposed TR_RFA vacuum chamber swap

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