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Previous Work. Gauss fit with pion, proton, electron.

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Presentation on theme: "Previous Work. Gauss fit with pion, proton, electron."— Presentation transcript:

1 Previous Work

2

3 Gauss fit with pion, proton, electron

4 Minimum Pion Bichsel Curve

5 Pion Gaussian Set Pion Sigma zero = 0.08688 Pion mu zero = 0.88153 I’m concerned about the electron curve. It does not look like it fits the data. I will add the Kaons to the Gaussian fit. Should I do anything with the errors for the STD? It seems that the error of the purity and efficiency calculation will be largely based on the errors of my fits

6 Pion, Electron, Kaon, Proton Fit Electron Sigma zero = 0.08671 Electron mu zero = 1.31032

7 Pion, Electron, Kaon, Proton Fit Kaon Sigma zero = 0.07388 Kaon mu zero = 1.5986

8 Pion, Electron, Kaon, Proton Fit Proton Sigma zero = 0.07235 Proton mu zero = 1.71444

9 Minimum Free Parameter Fit

10 Minimum Free Parameter Fit – Pos Amp

11 Efficiency, Purity vs. cut

12 Efficiency and Purity Error Is there an error in mu? Some error would be introduced because mu average is used. How should I handle this? I used range of sigma0 for electrons and recalculated efficiency and purity (1.5<p<1.52)


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