Difference between revisions of "02/16/16 Meeting Analysis Follow-Up"
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1. Fits of Run II data, with thickest foils removed in sequence. Pade forms (0,1), red, former best fit; (2,0), blue, and (1,1), green are included. Note that from today's presentation by Marty, the simulation-motivated best fit is the Pade (1,1), green on the plots, of the form | 1. Fits of Run II data, with thickest foils removed in sequence. Pade forms (0,1), red, former best fit; (2,0), blue, and (1,1), green are included. Note that from today's presentation by Marty, the simulation-motivated best fit is the Pade (1,1), green on the plots, of the form | ||
| − | A(t) = (A_0 + b * t) / (1 + c * t). | + | |
| + | A(t) = (A_0 + b * t) / (1 + c * t). | ||
2. Half-sigma energy slices from -4 to +4 sigma looking at fit parameters A_0, b, c from form | 2. Half-sigma energy slices from -4 to +4 sigma looking at fit parameters A_0, b, c from form | ||
| − | + | ||
| + | A(t) = (A_0 + b * t) / (1 + c * t). | ||
Revision as of 18:20, 16 February 2016
1. Fits of Run II data, with thickest foils removed in sequence. Pade forms (0,1), red, former best fit; (2,0), blue, and (1,1), green are included. Note that from today's presentation by Marty, the simulation-motivated best fit is the Pade (1,1), green on the plots, of the form
A(t) = (A_0 + b * t) / (1 + c * t).
2. Half-sigma energy slices from -4 to +4 sigma looking at fit parameters A_0, b, c from form
A(t) = (A_0 + b * t) / (1 + c * t).