Difference between revisions of "2018 Mott Paper Working Area"
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::*Asymmetry vs Beam Position from Nominal (radially) | ::*Asymmetry vs Beam Position from Nominal (radially) | ||
::*recreate Michael's Paper's Plot | ::*recreate Michael's Paper's Plot | ||
| − | ::** Remaking of Figure 6: [[media:Au_targetMSteigerwald.gif]]. The lines are a fit ( asym = a / (1.0 + alpha . d). On the original figure, the lines were his calculations. | + | ::** Remaking of Figure 6: [[media:Au_targetMSteigerwald.gif]]. The lines are a fit ( asym = a / (1.0 + alpha . d) ). On the original figure, the lines were his calculations. |
Revision as of 09:32, 2 November 2018
General Links/Documents
- Back to Mott Homepage CEBAF_MeV_Mott_Polarimeter
- Up-to-date Tech Notes, Paper Articles, etc. : Archived Documents
- Most recent draft of Phys. Rev. C Paper : File:PhysRevCPaper placeholder.pdf
- Run 1
- Online Analysis Spreadsheet : media:run1database.ods
- Asymmetry vs Foil Thickness Full Analysis Spreadsheet : media:06.01.17_Run1_ARC+Dilution.ods
- Run 2
- Online Analysis Spreadsheet : Media:Run2RawData.ods
- Asymmetry vs Foil Thickness Full Analysis Spreadsheet : media:06.01.17_Run2_ARC+Dilution.ods
Paper Section Drafts
Paper Plots
- Plots Still Needed
- Asymmetry vs Beam Position from Nominal (radially)
- recreate Michael's Paper's Plot
- Remaking of Figure 6: media:Au_targetMSteigerwald.gif. The lines are a fit ( asym = a / (1.0 + alpha . d) ). On the original figure, the lines were his calculations.
- Asymmetry vs Deadtime/Beam Current
