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EEX Analysis: March Data, Matrix Adjustments, Beam Line Mapping

Explore the analysis of March data runs, matrix adjustments, and beam line mapping to enhance the EEX line. Discover the impact of input parameter changes on output parameters for improved transport matrix understanding. Utilize the TM110 cavity at various settings to map transport matrix evolution. Focus on key elements like spectrometers, BPMs, and the Streak Camera. Prepare for the next steps and optimizations on April 4th, 2008, led by Tim Koeth.

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EEX Analysis: March Data, Matrix Adjustments, Beam Line Mapping

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  1. EEX Update: • Analysis of March 13/14 data run • Analysis of March 17th Streak camera data • Next steps… April 4th, 2008 Tim Koeth

  2. Measuring the EEX Line Matricies Adjusting one input parameter at a time and measuring all output parameters we can map out the transport matrix. For example, introducing a momentum offset yields the 6th column: Do this with the TM110 cavity at: 0, 25%, 50%, 75%, 100%

  3. EEX Beam Line at the Photoinjector H&VBX03 (cor magnet) D1 D2 TM110 D3 D4 Spectrometer H&VA9C (cor magnet)

  4. DP in – DX, DY out R16(k) at BPM29

  5. Matrix Elements – R16(k):

  6. R16(k)

  7. DX’ in – DX, DY out R12 BPM28

  8. Matrix Elements – R12(k):

  9. R12(k)

  10. DY’ in – DX, DY out

  11. DF in – DX, DY out

  12. DX in – DX, DY out

  13. DY’ in – DX, DY out

  14. R56 X24 via Streak Camera Introduce dp from 9-Cell Streak camera ~ 1pSec resolution

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