Difference between revisions of "Compton Transmission Polarimeter"

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*** Q2: [[media:NP Qtrly Report - Superconducting RF Electron Gun - Q2 2021 - Appendix A JLab Report.docx]]
 
*** Q2: [[media:NP Qtrly Report - Superconducting RF Electron Gun - Q2 2021 - Appendix A JLab Report.docx]]
 
*** Q3: [[media:NP Qtrly Report - Superconducting RF Electron Gun - Q3 2021 - Appendix A JLab Report.docx]]
 
*** Q3: [[media:NP Qtrly Report - Superconducting RF Electron Gun - Q3 2021 - Appendix A JLab Report.docx]]
*** Q4
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*** Q4: [[media:NP Qtrly Report - Superconducting RF Electron Gun - Q4 2021.docx]]
 
** FY 22:
 
** FY 22:
 
***Q1: [[media:NP Qtrly Report - Superconducting RF Electron Gun - Q1 2022.docx]]
 
***Q1: [[media:NP Qtrly Report - Superconducting RF Electron Gun - Q1 2022.docx]]

Revision as of 08:51, 27 January 2022

This R&D project is a collaboration between Brookheaven National Lab and Jefferson Lab to develop a Compton Transmission Polarimeter to be used with BNL Polarized SRF Gun.

Compton Transmission Polarimeter Meetings

Project Documents

References

  • R Barday et al 2011 J. Phys.: Conf. Ser. 298 012022, Compton transmission polarimeter for a very precise polarization measurement within a wide range of electron currents media:Barday_2011.pdf
  • H. Hoogduin, Electron, Positron and Photon Polarimetry, PhD Thesis 1997 media:Hoogduin1997.pdf (see chapter 2 and section on Geant)
  • Townsend Zwart, Electron Polarimetry at MIT Bates (2000): [1]



BNL SRF Gun Beamline and Low Power Beam Dump

  • From: Jean Clifford Brutus. In Dropbox [2]:
   Step file of the diagnostics beamline only (0021m0004) including a dwg drawing.
   Step file of the entire CeC beamline (0021m0003) including a dwg drawing.
   Pictures of the area.