Xenon Doping Niccolo' Gallice, Henrique Souza 22/07/2020 You Inst Logo
Collected light • Average photons detected by X-Arapucas 2 Presenter Name | Presentation Title You Inst Logo
Ratio • Amount of light shifted from LAr to Xe 3 Presenter Name | Presentation Title You Inst Logo
𝜐 𝑡 - deconvolution • Slow component from deconvolved waveform 4 Presenter Name | Presentation Title You Inst Logo
𝜐 𝑔 - convolution fit • fast component 5 Presenter Name | Presentation Title You Inst Logo
𝜐 𝑒 - convolution fit • intermediate component 6 Presenter Name | Presentation Title You Inst Logo
𝜐 𝑡 - convolution fit • slow component 7 Presenter Name | Presentation Title You Inst Logo
New effect... • Scatter-plot of NQ-Arapuca vs Q-Arapuca • 2 different contributions (lobes) 8 Presenter Name | Presentation Title You Inst Logo
New effect... • Scatter-plot of NQ-Arapuca vs Q-Arapuca • 2 different contributions (lobes) 9 Presenter Name | Presentation Title You Inst Logo
Possible explanation? • We implemented a toy montecarlo simulating muons with real energy spectrum and stopping power • We didn't observe any effect • The result may be explained by two samples with different solid angles for the 2 X- Arapucas? 10 Presenter Name | Presentation Title You Inst Logo
backup 11 Presenter Name | Presentation Title You Inst Logo
Doping 1 12 Presenter Name | Presentation Title You Inst Logo
Doping 2 13 Presenter Name | Presentation Title You Inst Logo
Doping 3 14 Presenter Name | Presentation Title You Inst Logo
Doping 4 15 Presenter Name | Presentation Title You Inst Logo
Doping 5 16 Presenter Name | Presentation Title You Inst Logo
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