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“Amplitude Cooling” in Step III & IV

“Amplitude Cooling” in Step III & IV. Timothy Carlisle. f rom CM28. f rom CM28. N m. N m. Step III Empty 10mm s Pz = 1 MeV /c. Step IV Empty 10mm s Pz = 1 MeV /c. cooling. cooling. Amp Cut [mm]. Amp Cut [mm]. Amp OUT [mm]. Amp OUT [mm]. Amp IN [mm]. Amp IN [mm]. N m. N m.

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“Amplitude Cooling” in Step III & IV

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  1. “Amplitude Cooling” in Step III & IV Timothy Carlisle

  2. from CM28

  3. from CM28

  4. Nm Nm Step III Empty 10mm sPz = 1 MeV/c Step IV Empty 10mm sPz = 1 MeV/c cooling cooling Amp Cut [mm] Amp Cut [mm] AmpOUT[mm] AmpOUT[mm] AmpIN[mm] AmpIN[mm]

  5. Nm Nm Step III LiH 10mm sPz = 1 MeV/c Step IV LH2 10mm sPz = 1 MeV/c cooling Amp Cut [mm] Amp Cut [mm] AmpOUT[mm] AmpOUT[mm] AmpIN[mm] AmpIN[mm]

  6. An Aside: Step VI AmpOUT[mm] Nm Amp Cut [mm] AmpIN[mm] (Note: 10x less events than III / IV ) 1000mu 10mm sPz = 1 MeV/c

  7. Nin-Nout/NTotal Amp Cut = 30mm cooling Nin-Nout/NTotal Amp Cut = 60mm cooling Input Emittance [mm] Nin-Nout/NTotal Amp Cut = 80mm cooling

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