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Advanced Beam Line Localization in the Old CNGS Area

This project aims to localize and optimize the beam line in the old CNGS area, specifically focusing on the TT41 proton beam line and its associated components such as the TCC4, TSG41, TSG40, TAG41, and TCV4. The project also involves studying the plasma cell and electron beam in the area. The goal is to develop hypotheses for injection points and space requirements, while considering the limitations of the old CNGS area.

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Advanced Beam Line Localization in the Old CNGS Area

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  1. AWAKE RUN 2LOCALISATION CLERC VincentEN_EA_DC04/09/19

  2. AREA OLD CNGS TT41 TT41 PROTON BEAM LINE TCC4 TSG41 TSG40 TCV4 TSG4 TAG41 7.9m 15m 7m AREA OLD CNGS TT41 PROTON BEAM LINE 2.6m 5.7m 8.3m

  3. 10.8m 12m 7.5m Experience area Plasma cell Electron beam AREA OLD CNGS TT41 PROTON BEAM LINE OTRCTR SPECTROMETER KLYSTRON RF GUN 2m 10m 10m 5m 5m 2m CURRENT SITUATION

  4. 2m*2m 1m*1m 23.5m 7m 7.9m 7m 5.7m 2.7m 8.3m 7.6m 7.6m 15m HYPOTHESIS A

  5. Injection pointSpace 300mm Plasma cell 10m Plasma cell 10m Electron beam 10m RF GUN 10m LIMIT OLD CNGS 22m Plasma cell HYPOTHESIS B

  6. 2m*2m 1m*1m 7.9m 15m 7m 8.3m 2.6m 5.7m 2.7m 1.8m 7.6m 7.6m 15m HYPOTHESIS B

  7. SM E-beam 15mL, 0.5mW, 8° Acc E-beam 10mL, 0.5mW, 15° Proton beamline elements? (1m width) 11m - Acc 11m - SM Inj.SM 16m2 (run 1) Injector Acc10mx1.5 Wg 6m Waveguide 18m Klystron Inj. SM 30m2 (run 1) Klystron Inj. Acc. 40m2

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