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Published byKatelyn Edwards Modified over 2 years ago

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Progress on the Compton Analysis R. S. Holmes, A. Rakhman

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Compton X-Sect and Asymmetry

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The DL response function Di-Gaussian. Parameters are extrapolated with polynomials Extrapolated Other fits: 1. 2D polynomial 2. Variable width Gaussian

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Observed Compton Spectrum Integrate response Function folded With theory

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New Systematic Appeared when a bug was fixed Effect is down (at low end) by 2 with new function

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Accidental Background on the Tail Hint of accidentals Linear Log Add 10 runs (with same gain)

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Accidentals Easy to See on Low Energy Strip Monte Carlo Data Pulse shape?

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Monte Carlo of Accidental

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Pseudo-Effect of Accidentals Data Monte Carlo

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Sensitivity to Thresholds This must be understood. We have ideas.

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New Fit Parameters vs PMT Gain Gaussian with Variable width

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Cuts Parameters versus Polarization of run

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Polarization vs Run Χ 2 is getting better. It looks like we are ultimately statistics limited

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Jobs Make sure that ~E and that width behaves reasonable with E. Rewrite code so that it can analyze Monte Carlo Model slow PbWO 4 response. Fix various bugs.

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