Difference between revisions of "January 23, 2017 - Mott Group meeting"

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(Created page with "We'll meet today Jan 23 in TL-2221 @ 2pm today to discuss task status: = Extrapolation = 1) (DONE) Insert Riad's updated values for BCM GAIN and OFFSET into MottAnalysis.c...")
 
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  5) (DONE) Distribute updated spreadsheet of thickness, rates, asymmetries  
 
  5) (DONE) Distribute updated spreadsheet of thickness, rates, asymmetries  
 
  6) (WORKING) Fit-a-thon begins (Riad=Root, Marcy=Mathematica) applying Pade and Marty functions
 
  6) (WORKING) Fit-a-thon begins (Riad=Root, Marcy=Mathematica) applying Pade and Marty functions
 +
[[media:AoExtrapolation23Jan2017.pptx]]
 
  7) (WORKING) Status of background subtraction method
 
  7) (WORKING) Status of background subtraction method
  

Revision as of 13:08, 23 January 2017

We'll meet today Jan 23 in TL-2221 @ 2pm today to discuss task status:

Extrapolation

1) (DONE) Insert Riad's updated values for BCM GAIN and OFFSET into MottAnalysis.c
2) (DONE) Re-run the Run I/II analysis and update excel spreadsheet w/ new results
3) (DONE) Use *all* 1um runs to determine final rates w/ corrections if any, and uncertainties media:170111_Mott_Extrapolation.pptx
4) (DONE) Update spreadsheet to include rate corrections media:1.11.17_Run1Run2_ARC.ods media:1.11.17_Run1Run2_ARC.xls
5) (DONE) Distribute updated spreadsheet of thickness, rates, asymmetries 
6) (WORKING) Fit-a-thon begins (Riad=Root, Marcy=Mathematica) applying Pade and Marty functions

media:AoExtrapolation23Jan2017.pptx

7) (WORKING) Status of background subtraction method

Systematics

1) (WORKING) Group Run I/II run #'s into macros associated w/ systematic studies
2) Generate corresponding analysis macros and spreadsheets for macros
3) (DONE) Update Run I/II energy TN w/ Riad's final dipole value TN Link
4) Use final energies and 0L03 harp scans to compute emittance at MQJ0L02
5) Use final emittance and 2D00 harp scans to compute energy spread at Mott target
6) Use final emittance and energy spread to compute spot size at Mott target
7) Use final energy to compute beam displacement at Mott target
8) Update spreadsheets w/ associated systematic variation (position, size, energy, spread)